#Study Wave Characteristics Project Help

[planetfkd]

Of particular concern are signals of massive earthquakes in the region’s geologic history. Many researchers have chased clues of the last “big one”: an 8.7-magnitude earthquake in 1700. They’ve pieced together the event’s history using centuries-old records of tsunamis, Native American oral histories, physical evidence in ghost forests drowned by saltwater and limited maps of the fault. 

But no one had mapped the fault structure comprehensively — until now. A study published Friday in the journal Science Advances describes data gathered during a 41-day research voyage in which a vessel trailed a miles-long cable along the fault to listen to the seafloor and piece together an image.

The team completed a detailed map of more than 550 miles of the subduction zone, down to the Oregon-California border.

Their work will give modelers a sharper view of the possible impacts of a megathrust earthquake there — the term for a quake that occurs in a subduction zone, where one tectonic plate is thrust under another. It will also provide planners a closer, localized look at risks to communities along the Pacific Northwest coast and could help redefine earthquake building standards. 

“It’s like having coke-bottle glasses on and then you remove the glasses and you have the right prescription,” said Suzanne Carbotte, a lead author of the paper and a marine geophysicist and research professor at Columbia University’s Lamont-Doherty Earth Observatory. “We had a very fuzzy low-resolution view before.”

The scientists found that the subduction zone is much more complex than they previously understood: It is divided into four segments that the researchers believe could rupture independently of one another or together all at once. The segments have different types of rock and varying seismic characteristics — meaning some could be more dangerous than others. 

Earthquake and tsunami modelers are beginning to assess how the new data affects earthquake scenarios for the Pacific Northwest. 

Kelin Wang, a research scientist at the Geological Survey of Canada who was not involved in the study, said his team, which focuses on earthquake hazard and tsunami risk, is already using the data to inform projections. 

“The accuracy and this resolution is truly unprecedented. And it’s an amazing data set,” said Wang, who is also an adjunct professor at the University of Victoria in British Columbia. “It just allows us to do a better job to assess the risk and have information for the building codes and zoning.” 

Harold Tobin, a co-author of the paper and the director of the Pacific Northwest Seismic Network, said that although the data will help fine-tune projections, it doesn’t change a tough-to-swallow reality of living in the Pacific Northwest.

“We have the potential for earthquakes and tsunamis as large as the biggest ones we’ve experienced on the planet,” said Tobin, who is also a University of Washington professor. “Cascadia seems capable of generating a magnitude 9 or a little smaller or a little bigger.” 

A quake that powerful could cause shaking that lasts about five minutes and generate tsunami waves up to 80 feet tall. It would damage well over half a million buildings, according to emergency planning documents. 

Neither Oregon nor Washington is sufficiently prepared.

To map the subduction zone, researchers at sea performed active source seismic imaging, a technique that sends sound to the ocean floor and then processes the echoes that return. The method is often used for oil and gas exploration. 

They towed a 9-plus-mile-long cable, called a streamer, behind the boat, which used 1,200 hydrophones to capture returning echoes. 

“That gives us a picture of what the subsurface looks like,” Carbotte said.

Trained marine mammal observers alerted the crew to any sign of whales or other animals; the sound generated with this kind of technology can be disruptive and harm marine creatures. Carbotte said the new research makes it more clear that the entire Cascadia fault might not rupture at once.

“It requires an 8.7 to get a tsunami all the way to Japan,” Tobin said.

"The next earthquake that happens at Cascadia could be rupturing just one of these segments or it could be rupturing the whole margin,” Carbotte said, adding that several individual segments are thought to be capable of producing at least magnitude-8 earthquakes. 

Over the past century, scientists have only observed five magnitude-9.0 or higher earthquakes — all megathrust temblors like the one predicted for the Cascadia Subduction Zone. 

Scientists pieced together an understanding of the last such Cascadia quake, in 1700, in part via Japanese records of an unusual orphan tsunami that was not preceded by shaking there. 

The people who recorded the incident in Japan couldn’t have known that the ground had shaken an ocean away, in the present-day United States. 

Today, the Cascadia Subduction Zone remains eerily quiet. In other subduction zones, scientists often observe small earthquakes frequently, which makes the area easier to map, according to Carbotte. That’s not the case here. 

Scientists have a handful of theories about why: Wang said the zone may be becoming quieter as the fault accumulates stress. And now, we’re probably nearing due. 

.“The recurrent interval for this subduction zone for big events is on the order of 500 years,” Wang said. “It’s hard to know exactly when it will happen, but certainly if you compare this to other subduction zones, it is quite late.”

[sathcreation]

IB Physics Tutoring: Master the IB Curriculum with Gritty Tech

Why Choose IB Physics Tutoring at Gritty Tech?

IB Physics is one of the most challenging subjects within the International Baccalaureate (IB) curriculum. With complex theoretical concepts and intricate problem-solving skills required, students often seek additional help to excel. Gritty Tech offers specialized IB Physics tutoring designed to help students not just survive but thrive in this demanding course For More…

At Gritty Tech, we understand the IB Physics curriculum inside out. Our experienced tutors, many of whom are former IB examiners or high-achieving IB graduates, provide personalized tutoring that focuses on conceptual clarity, exam strategies, and real-world application of physics principles.

What Makes IB Physics So Challenging?

Complex Topics

IB Physics covers a wide range of topics, including Mechanics, Thermodynamics, Waves, Electricity and Magnetism, Quantum and Nuclear Physics, and Option topics like Engineering Physics or Relativity. Each topic demands a deep understanding and the ability to apply knowledge in unfamiliar situations.

Internal Assessment (IA)

Students must also complete an Internal Assessment (IA), a self-directed research project. Success in the IA requires strong experimental skills, critical thinking, and a clear understanding of physics principles. Gritty Tech provides IA guidance to help students choose topics, design experiments, collect and analyze data, and write compelling reports.

Time Management

Balancing IB Physics with other subjects and extracurricular activities can be overwhelming. Our tutors at Gritty Tech teach students time management techniques, helping them allocate study hours effectively and reduce stress.

Gritty Tech's Approach to IB Physics Tutoring

Personalized Learning Plans

At Gritty Tech, we start by assessing each student's strengths and weaknesses. Based on this assessment, we create a personalized learning plan that targets specific areas for improvement, ensuring efficient and focused learning.

Conceptual Understanding First

Rather than rote memorization, we emphasize deep conceptual understanding. Our tutors use real-world examples, demonstrations, and visual aids to make abstract physics concepts tangible and relatable.

Mastering IB Command Terms

A crucial aspect of scoring high in IB Physics is understanding and applying command terms like "Define," "Explain," "Derive," and "Evaluate." Gritty Tech tutors train students to recognize and respond to command terms accurately, which is vital for exam success.

Past Paper Practice

Regular practice with past IB Physics papers is central to our tutoring strategy. By working through real exam questions, students become familiar with the format, question styles, and level of detail expected. Gritty Tech provides curated sets of past papers, marking schemes, and model answers.

IA and EE Support

Gritty Tech offers dedicated support for Internal Assessments (IA) and Extended Essays (EE) in Physics. From brainstorming research questions to final proofreading, our experts guide students through every stage of the process.

Topics Covered in IB Physics Tutoring

Core Topics

Measurements and Uncertainties: Understanding SI units, error analysis, and graph interpretation.

Mechanics: Motion, forces, work, energy, power, momentum.

Thermal Physics: Temperature, heat transfer, ideal gases.

Waves: Oscillations, wave characteristics, the Doppler effect.

Electricity and Magnetism: Electric circuits, fields, magnetic forces.

Circular Motion and Gravitation: Newton’s law of gravitation, orbital motion.

Atomic, Nuclear, and Particle Physics: Atomic models, radioactivity, particle physics.

Additional Higher Level (AHL) Topics

Wave Phenomena: Interference, diffraction, resolution.

Fields: Electric, magnetic, and gravitational fields.

Electromagnetic Induction: Faraday’s Law, Lenz’s Law.

Quantum and Nuclear Physics: Quantum models, nuclear reactions.

Option Topics (Choose One)

Relativity

Engineering Physics

Imaging

Astrophysics

Gritty Tech's tutors are proficient in all options and can tailor sessions to the student's chosen topic.

Exam Strategies for IB Physics

Understanding the Markscheme

Gritty Tech places a strong emphasis on markscheme analysis. Students learn exactly what examiners look for, how marks are awarded, and common pitfalls to avoid.

Structured Answers

We teach students to organize their answers logically, use diagrams where appropriate, and clearly show all working for calculations — essential skills for maximizing scores.

Time Management During Exams

Practicing under timed conditions is critical. Our tutors help students develop pacing strategies, ensuring they allocate appropriate time to each section and avoid rushing at the end.

Tools and Resources at Gritty Tech

Simulations and Visualizations

Physics is inherently visual. Gritty Tech uses online simulations and software tools to demonstrate complex phenomena, making learning more interactive and engaging.

Exclusive Study Materials

Students receive access to exclusive Gritty Tech study guides, formula sheets, IA samples, and EE examples, curated specifically for the IB Physics syllabus.

Regular Progress Reports

Parents and students receive regular updates on progress, strengths, and areas for improvement, ensuring transparency and continuous growth.

Success Stories from Gritty Tech

Many Gritty Tech students have achieved perfect 7s in IB Physics and gone on to study engineering, physics, and related fields at top universities like MIT, Oxford, and Stanford. Our success stories are a testament to our effective tutoring methods.

Flexible Tutoring Options

One-on-One Tutoring

Personalized, individual sessions either online or in-person, depending on your location and preference.

Group Classes

Small group classes allow for peer interaction and collaborative learning while maintaining personalized attention.

Intensive Revision Courses

Before exams, Gritty Tech offers intensive revision sessions covering the entire syllabus, exam strategies, and practice exams.

Why Gritty Tech Stands Out

Expertise in IB Physics

All our tutors are IB Physics specialists, not just general science tutors. This focus ensures deep expertise and familiarity with IB expectations.

Proven Methodology

Our approach is data-driven and constantly refined based on student feedback and evolving IB standards.

Passion for Teaching

At Gritty Tech, tutoring is more than a job — it's a passion. Our tutors are dedicated to inspiring a love for physics and helping students achieve their personal best.

Getting Started with IB Physics Tutoring at Gritty Tech

Enrollment at Gritty Tech is simple. Interested students or parents can visit our website or contact our support team to schedule a free consultation. During the consultation, we assess the student's needs and match them with the best tutor.

Frequently Asked Questions (FAQ)

What qualifications do Gritty Tech tutors have?

Our tutors are IB experts with degrees in Physics, Engineering, or related fields, often with teaching credentials and IB examiner experience.

How do online sessions work?

Online sessions use interactive tools like whiteboards, screen sharing, and digital resources to create an engaging learning environment.

Can you help with last-minute exam preparation?

Absolutely! Gritty Tech offers crash courses and intensive revision programs to help students prepare effectively, even on a tight timeline.

What if my child struggles with basic concepts?

We customize our tutoring to the student's current level, whether they need help with fundamental concepts or advanced problem-solving.

How do I sign up?

Visit Gritty Tech to book a free consultation and find the perfect IB Physics tutor.

Final Thoughts

Mastering IB Physics requires more than just hard work — it demands the right guidance, resources, and strategies. Gritty Tech's specialized IB Physics tutoring program offers all this and more. Whether you're aiming for a perfect 7 or simply trying to pass, Gritty Tech is committed to helping you succeed. Unlock your potential with Gritty Tech today and make IB Physics your strongest subject!

[epitome225]

The Role of Hydrographic Survey in Epitome Geotechnical

What Are Hydrographic Survey?

Hydrographic Survey compass the measurement, description, and analysis of physical features in bodies of water and their surrounding environments. These services are essential for safe navigation, coastal management, marine construction, resource exploration, and environmental protection. By collecting accurate and detailed data about the underwater terrain, water depths, tides, currents, and seabed composition, hydrographic services provide the foundation for informed decision-making in marine projects.

What Are Epitome Geotechnical Hydrographic Survey ?

Epitome Geotechnical Services involve the investigation, analysis, and assessment of soil, rock, and other subsurface materials to determine their suitability for construction and engineering projects. These services are essential for designing safe and durable foundations for infrastructure built on or near the seabed, such as offshore wind farms, oil platforms, ports, bridges, and coastal facilities.

By understanding the physical, mechanical, and chemical properties of the subsurface, geotechnical experts can predict how different materials will respond to various loads and environmental conditions. This knowledge is critical for minimizing risks, optimizing designs, and ensuring structural integrity over the long term.

Soil Testing and Analysis

Soil testing and analysis are crucial parts of geotechnical services, aimed at understanding the physical and chemical properties of soil to determine its suitability for construction. After collecting soil samples through drilling, engineers conduct various tests to assess factors like strength, compressibility, permeability, and grain size. Strength tests measure how much weight or pressure the soil can support before it breaks or shifts, which is essential for designing stable foundations.

Seismic Surveys

Engineers use sound waves to map out what’s beneath the seabed. By studying how the waves bounce back, they can spot weak spots, rock layers, or faults that could cause problems for construction.

Foundation Design

Based on all the data collected, engineers design strong and stable foundations that can handle the weight and pressure of whatever structure is being built.

Geotechnical Reports:

All findings are put together in a report with recommendations for building safely and avoiding risks. These reports are essential for planning and getting approval from regulatory bodies.

Key Components of Hydrographic Survey :

Bathymetric Surveys:

Bathymetric surveys involve mapping the underwater topography to determine water depth, identify hazards, and produce detailed charts. Using technologies like sonar, LiDAR, and multibeam echo sounders, these surveys generate precise 3D models of the seafloor. This information is crucial for navigation safety, dredging operations, offshore construction, and habitat mapping.

Seabed Mapping:

Understanding the characteristics of the seabed is critical for construction, anchoring, and laying underwater pipelines or cables. Seabed mapping identifies sediment types, rock formations, and other geological features. It also aids in assessing potential environmental impacts and designing suitable foundations for offshore structures.

Tidal and Current Analysis:

Monitoring tidal patterns, currents, and wave dynamics is essential for ensuring the stability and safety of marine infrastructure. Accurate data on tidal fluctuations and water flow assists engineers in designing structures that can withstand dynamic marine environments. It also helps prevent erosion, optimize dredging activities, and enhance vessel maneuverability.

Navigation Charting:

Producing reliable nautical charts is one of the primary functions of hydrographic services. These charts are essential for safe maritime navigation, helping vessels avoid underwater hazards, identify safe passage routes, and comply with regulatory requirements. Updated navigation charts are particularly important for areas with shifting seabeds, such as river mouths, coastal zones, and areas prone to sedimentation.

Hydrographic Data Analysis:

The collected data is processed and analyzed to generate reports, models, and charts that guide decision-making. Whether it’s designing a new port, planning an offshore wind farm, or monitoring coastal erosion, the analysis phase ensures data accuracy and relevance.

Benefits of Hydrographic Survey

Hydrographic Survey and analysis offer several key benefits that are essential for safe and successful construction projects:

Ensures Structural Stability: By understanding soil strength and compressibility, engineers can design foundations that can safely support the weight of structures without risk of sinking, shifting, or collapsing.

Prevents Costly Failures: Early detection of weak or unstable soil prevents unexpected issues during construction, saving time and money by avoiding structural failures or the need for redesigns.

Improves Safety: Identifying potential hazards like loose soil, high water tables, or seismic vulnerabilities helps reduce safety risks for workers and future users of the structure.

Optimizes Design: Detailed soil analysis allows engineers to choose the most suitable construction techniques and materials, enhancing efficiency and durability.

Aids in Regulatory Compliance: Soil testing reports are often required to meet local, national, and international construction standards, ensuring projects are approved and legally compliant.

Supports Environmental Protection: Assessing soil permeability and composition helps minimize environmental impacts by guiding drainage systems and erosion control measures.

Boosts Project Efficiency: With accurate soil data, engineers can make informed decisions that streamline planning, reduce delays, and keep projects on schedule.

Conclusion

Soil testing and analysis are fundamental to the success of any construction project, especially when dealing with complex offshore or coastal environments. By providing critical insights into soil strength, composition, permeability, and other essential characteristics, these services help engineers design safer, stronger, and more reliable structures. Early detection of potential issues not only prevents costly failures but also enhances safety and efficiency throughout the construction process.

[gloriousfestgentlemen02]

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SEO for Blockchain: Navigating the Intersection of Technology and Search Optimization

Blockchain technology has been making waves across various industries, offering a secure and decentralized way to manage data and transactions. However, as blockchain applications grow in number and complexity, the need for effective search engine optimization (SEO) strategies becomes increasingly important. This article explores the unique challenges and opportunities that arise when applying SEO principles to blockchain projects.

Understanding the Basics

Before diving into specific strategies, it's crucial to understand what makes blockchain different from traditional websites or platforms. Blockchain is essentially a distributed ledger technology that allows for transparent, immutable record-keeping. This means that content on a blockchain platform is inherently more secure and trustworthy, which can be a significant advantage in SEO.

Key Differences

1. Decentralization: Unlike centralized websites, blockchain platforms do not have a single point of failure. This can impact how search engines index and rank content.

2. Immutability: Once data is recorded on a blockchain, it cannot be altered. This permanence can affect how content is updated and optimized over time.

3. Transparency: The transparency of blockchain can help build trust with users and search engines alike, potentially leading to better rankings.

SEO Strategies for Blockchain

Given these unique characteristics, here are some tailored SEO strategies for blockchain projects:

1. Content Marketing

Creating high-quality, informative content is key in any SEO strategy. For blockchain, this means focusing on educational content that explains the technology and its applications. White papers, blog posts, and case studies can all help establish your project as a thought leader in the space.

2. On-Page Optimization

Optimizing your website for keywords related to blockchain and your specific niche is essential. Use tools like Google Keyword Planner to find relevant terms and ensure they are integrated naturally into your content.

3. Backlink Building

Backlinks from reputable sources can significantly boost your search engine rankings. Engage with other blockchain projects and industry influencers to build relationships and earn backlinks.

4. Social Media Engagement

Social media platforms are powerful tools for reaching new audiences and building brand awareness. Actively engage with your community on platforms like Twitter, LinkedIn, and Reddit to drive traffic and improve your online presence.

Conclusion

The intersection of blockchain and SEO presents both challenges and opportunities. By understanding the unique aspects of blockchain technology and tailoring your SEO strategies accordingly, you can effectively navigate this evolving landscape. What strategies have you found most effective for optimizing blockchain projects? Share your thoughts in the comments below!

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This markdown-formatted article covers the basics of SEO for blockchain, provides actionable strategies, and invites discussion at the end.

加飞机@yuantou2048

王腾SEO

谷歌快排

[askme012]

How Alternate MBA Programs Focus on Practical, Real-World Business Skills

The once standard path of earning an MBA and following a predetermined career trajectory is becoming increasingly outdated. Due to the uncertainties resulting from fast developments in IT, changes in the marketplace, and complexity of international business, new forms of MBA are emerging. These programs are focused on the mastery of practical business skills together with experiences rather than a conventional business theoretical model. 

The conventional MBA had long been recognized as a highly valued accomplishment which equipped graduates with generalized functional skills in finance, marketing, operations and strategic management. But, as it has been pointed out, traditional programs may not pay adequate attention to the practical application of these skills. To this, there has been development of alternate mba programs which focus on action learning, vocational preparation, and applied reason such as the mini mba. 

The lessons in these programmes, courses after mba are designed to reflect contemporary management practice reflecting areas such as flexibility, managing and controlling risks, and innovativeness. Unlike traditional MBA with a strong emphasis on analyzing case studies and studying examples from the past, alternate MBAs help students learn how to solve present and future problems. They embody learning by incorporating internships, live projects, and simulations as a way of practice.

GRMI: Risk Management Education 

Among such global institutions the Global Risk Management Institute (GRMI) can be positioned as a leading institute in the wave of alternate MBA. Due to this, the specific area of interest offered by GRMI to focus on is indeed essential in the current global business environment. GRMI offers a 1-year PG Diploma in Risk Management whose primary goal is to help students become risk-intelligent professionals. GRMI’s is the only program to cover all verticals of risk management such as ERM, FRM, ESG, Data Privacy, Regulatory Compliance, Strategic risk and many more. 

Unlike traditional MBAs that have a strenuous admission process, GRMI has simplified the admissions process with two rounds of personal interview to increase accessibility for both working professionals and fresh graduates. GRMI holds a 97% placement track record and 95% of their graduates work in some of the top consulting firms in the country. Call 09910939240 to learn how you join the program today! 

Main Characteristics of the Alternate MBA Programs

Practical Skill Development

Another important feature of such a program or any program of this kind is that more emphasis is given to skills rather than theories. Students are not only equipped with a strong skill set but also learn how to apply it out there. For example, at the GRMI case simulations are an integral part of a curriculum where different business scenarios are presented to students imitating real life situations.

Industry Collaboration

Other MBA programs also may be affiliated with some industry giants. Courses after MBA or alternate MBA programs collaborate with the companies in the industry too. These collaborations ensure students receive guest speakers, receive mentoring and work on actual projects giving them a real feel of what they are likely to encounter in the outside world.

Specialised Knowledge

While the general MBA programs are standard, the alternate MBAs can sometimes be area specific as they may be known to be. Such alternate programs specialize in one field of study so students leave as experts in niche fields thus, increasing their demand. 

Global Perspective

Today’s businesses are operating in a global village, and this exposes them to a variety of risks. Most of such courses focus on the international business environment, so graduate students are capable of working across borders. 

Experiential Learning

Students of such programs undertake live projects, internships and projects that involve the use of based business environments.

The Increasing Need for Professionals in Risk Management

There is a growing market for risk management personnel. In the report by the World Economic Forum, the aspect of risk management is cited among the necessary competencies for future professions. Global businesses like banking and insurance, health care and technology organizations are gradually beginning to search for professional consultants to assist with risk management.

That the experience of the institutions such as GRMI, well points towards a larger tendency in the business education. With increasing focus on professionalism and subject expertise, traditional MBA models are expected to be eclipsed by alternate MBA formats. These programs are more flexible, targeted, and timely to meet the needs of preparing next generation business executives.

Conclusion 

So one can conclude that, indeed, the concept of the ‘new’ MBA programs as an offer to the market represents a paradigm shift in terms of the delivery of MBA education. Since the main focus is put on realistic working applications, these programs are much closer to the needs of responding to changes in the business environment. To know more about the risk domain and where your future lies, call 09910939240.

[joelgsolis]

The Journey of Oil: Understanding the Mechanics of Oil Wells from Drilling to Production

The modern world relies heavily on oil for energy, transportation, and a wide range of products. The journey of oil from deep beneath the Earth's surface to its role in powering daily life is an intricate process involving engineering expertise, advanced technology, and careful planning. Oil wells are at the heart of this journey, functioning as the primary structures through which oil is extracted and brought to the surface. This article explores the mechanics of oil wells, covering each step of the process, from the initial drilling stage to the eventual production of oil.

Finding the Right Spot: Site Exploration and Analysis

The process of establishing an oil well begins with site exploration, where geologists and geophysicists search for promising underground reserves. Using a combination of seismic surveys, satellite imagery, and geological studies, scientists analyze rock formations and sediment layers to determine areas rich in oil. Seismic surveys are critical in this stage; they involve sending shock waves through the Earth and interpreting the patterns that bounce back to form an image of the underground layers. This data provides clues about where oil deposits might be found, helping companies decide where to drill.

Once potential oil-bearing sites are located, further exploratory drilling, known as test drilling, is conducted. This test well provides more accurate data on the presence, quality, and quantity of oil in the area. If the results are promising, plans for total production will move forward. Before construction can start, regulatory approvals are obtained, and environmental assessments are conducted to minimize the impact of drilling operations on the local environment.

Planning and Preparing for Drilling

Constructing an oil well is a complex endeavor that requires significant planning. Engineers and project managers design the well based on the site's geological characteristics, determining the depth, angle, and type of drilling needed. Factors like rock hardness, subsurface pressure, and temperature influence the selection of drilling techniques and equipment. Various drilling methods, such as rotary drilling, are available, but all aim to reach the oil reservoir efficiently and safely.

This stage also involves setting up infrastructure, such as access roads, water supply lines, and storage areas for equipment and drilling materials. The well site is prepared to accommodate the drilling rig, a large structure that supports the drilling process, and the heavy machinery required for oil extraction. Once the site is ready and the rig is installed, the sound moves to the next phase: drilling.

The Drilling Process: Reaching Deep into the Earth

Drilling is the core process in oil-healthy construction, allowing access to the oil reservoir located thousands of feet below the surface. The rotary drilling method is commonly used, involving a rotating drill bit connected to a series of pipes known as the drill string. As the drill bit turns, it cuts through layers of rock, creating a narrow shaft, or borehole, through which oil can eventually flow.

During drilling, a specially formulated fluid, or "drilling mud," is pumped into the well. This fluid serves multiple functions, including cooling the drill bit, carrying rock cuttings to the surface, and balancing pressure within the well. Proper pressure management is essential to prevent blowouts, which occur when the high-pressure oil reservoir forces oil or gas up the borehole uncontrollably. Drilling mud helps stabilize the borehole, ensuring safe and efficient drilling.

As drilling progresses and the well deepens, different types of casing are installed to support the structure and prevent it from collapsing. These casings are steel pipes that reinforce the wellbore, isolating it from surrounding rock layers and preventing fluid movement between formations. After each casing is inserted, cement is poured around it to secure it in place, forming a sturdy and isolated pathway to the oil reservoir.

Reaching the Reservoir: Perforation and Completion

Once the drill reaches the oil reservoir, the next step is to prepare the well for production through a process called well completion. During completion, the final casing is perforated, allowing oil to flow into the wellbore. This is done using a perforating gun, a specialized tool that creates tiny holes in the casing at the depth of the reservoir. These perforations create a pathway for oil to enter the wellbore without compromising the structural integrity of the well.

Following perforation, tubing is installed to provide a direct conduit from the reservoir to the surface. Safety devices, including blowout preventers and valves, are attached to control the flow of oil and protect against unexpected pressure changes. With the tubing and safety mechanisms in place, the well is ready to start producing oil, marking the transition from construction to production.

The Production Phase: Extracting and Transporting Oil

The production phase begins once the well is completed and oil starts flowing. Initially, natural pressure within the reservoir may be sufficient to push the oil to the surface. This stage, known as primary recovery, involves using the well's natural drive to extract oil. However, as production continues, the reservoir pressure typically decreases, and artificial lift methods, such as pump jacks or electric submersible pumps, are introduced to sustain production.

In this phase, oil is brought to the surface and separated from other substances found in the reservoir, such as natural gas, water, and various impurities. Separation occurs in a facility at the wellhead, where gas and water are removed before the crude oil is stored and transported to refineries. The gas extracted from the reservoir can be used as an energy source for field operations or sold as a separate product. At the same time, the water is treated and disposed of according to environmental standards.

Enhancing Production with Secondary and Tertiary Recovery Techniques

Secondary and tertiary recovery techniques are often employed to maximize the amount of oil extracted. Secondary recovery involves injecting water or gas into the reservoir to maintain pressure and push more oil toward the wellbore. Water flooding, a standard secondary recovery method, involves pumping water into the reservoir to displace oil and drive it to the surface.

Tertiary recovery, also known as enhanced oil recovery (EOR), includes methods like chemical injection, gas injection, and thermal recovery. These techniques are designed to alter the properties of the oil, making it easier to extract. For example, chemical flooding involves injecting surfactants to reduce the oil's viscosity, while thermal recovery methods, such as steam injection, heat the oil, allowing it to flow more readily. EOR techniques can significantly extend the life of a well, enabling operators to access oil that would otherwise remain in the reservoir.

Maintenance and Monitoring: Ensuring Efficiency and Safety

Oil wells require continuous monitoring and maintenance to ensure safe and efficient production. Regular inspections and pressure testing assess the condition of the casing, tubing, and other well components. Advanced sensors and telemetry systems provide real-time data on temperature, pressure, and production rates, allowing operators to make adjustments as needed.

Maintenance activities also include equipment repairs, wellhead cleaning, and periodic checks to ensure that the well's components are functioning correctly. Any sign of deterioration, such as corrosion or structural weakening, is addressed immediately to prevent potential leaks or other safety hazards. By maintaining high safety standards and implementing regular upkeep measures, operators maximize well productivity while minimizing the risk of accidents and environmental harm.

The Decline Phase: Managing Declining Production

Over time, oil production from a well decreases as the natural reservoir pressure drops and less oil remains accessible. This stage, known as the decline phase, can be managed by applying enhanced recovery techniques to sustain production levels. However, as the well continues to age, it eventually reaches a point where further production becomes uneconomical.

Operators evaluate the well's profitability, considering factors such as production rates, maintenance costs, and market conditions. When a well's output no longer justifies the operating expenses, it is prepared for decommissioning. This decision is influenced by regulatory guidelines and environmental standards, ensuring that the well is closed correctly to prevent future issues.

Decommissioning and Abandonment: Closing the Well

Decommissioning marks the final stage of an oil well's life. The goal of decommissioning is to permanently seal the well and restore the site to its natural state. The well is plugged with cement to prevent any future migration of oil or gas, a process known as well plugging. Multiple layers of cement are used to seal off the wellbore, isolating it from surrounding formations and protecting groundwater from contamination.

Surface infrastructure, including the wellhead, pipelines, and production equipment, is dismantled and either recycled or disposed of according to environmental regulations. The land is rehabilitated by leveling the site, removing contaminants, and planting vegetation. This restoration ensures that the decommissioned well poses no risk to the environment or local communities.

Regulatory agencies oversee the decommissioning process, conducting inspections to verify that all procedures meet environmental standards. Once approved, the well is officially classified as abandoned, marking the end of its lifecycle. Proper decommissioning and abandonment practices are critical for preventing environmental issues and ensuring that oil wells do not pose long-term risks after their productive life is over.

The mechanics of oil wells, from drilling to production, reflect the extensive planning, engineering, and resource management required to deliver oil to the global market. Each phase of an oil well's lifecycle, from identifying reserves to final decommissioning, is carefully designed to optimize extraction and minimize environmental impact. Oil wells serve as vital components of the energy infrastructure, providing a resource that fuels industries, transportation, and everyday life.

As the energy industry adapts to environmental challenges and shifting market demands, oil wells will continue to play a pivotal role in meeting the world's energy needs. Understanding the mechanics behind these wells highlights the balance between technology, safety, and sustainability, a balance that defines the oil industry's future trajectory. Through innovation and responsible practices, the journey from drilling to production will evolve, ensuring that oil wells remain efficient and environmentally conscious throughout their lifecycle.

[music-industry-updates]

The Benefits of Using Deliver My Tune Mastering Services

In the modern music industry, mastering is a crucial step in the production process. Deliver My Tune offers top-tier mastering services designed to give your music the professional edge it needs. This guide will explore what Deliver My Tune mastering services entail and how they can benefit your music career. From the basics of mastering to the specifics of what Deliver My Tune offers, this article will provide a comprehensive overview.

1. What is Mastering? Mastering is the final step in the music production process, following recording and mixing. It involves preparing and transferring the recorded audio from a source containing the final mix to a data storage device (the master). This device will be used to produce all copies of the audio in formats such as CD, vinyl, or digital distribution.

Definition and Importance: Mastering is crucial because it ensures that the music will sound its best across all playback devices. It involves balancing the sonic elements of a stereo mix and optimizing playback across all systems and media formats.

Difference Between Mixing and Mastering: While mixing involves adjusting individual tracks’ levels, EQ, and effects, mastering is about fine-tuning the final stereo track. Mastering focuses on ensuring consistency and cohesiveness in an album or EP, making sure that all tracks have a uniform sound.

2. Why Choose Deliver My Tune? Deliver My Tune stands out in the industry for its state-of-the-art technology, experienced engineers, and commitment to quality. Here are some reasons why you should consider their services:

Expertise and Technology: Deliver My Tune employs seasoned professionals who are experts in mastering. They use cutting-edge software and hardware to ensure the highest quality.

Testimonials and Case Studies: Many artists have seen significant improvements in their music’s sound quality after using Deliver My Tune’s services. For instance, indie artist Jane Doe noticed a dramatic enhancement in her track’s clarity and punch after mastering, which led to more streaming and radio play.

3. Features of Deliver My Tune Mastering Services Deliver My Tune offers a variety of services to meet different artists’ needs. Some of the key features include:

EQ Balancing: Adjusting the balance between frequencies to ensure a track sounds well-rounded and polished.

Compression: Managing the dynamic range of a track to ensure that no parts are too loud or too quiet.

Stereo Enhancement: Improving the spatial characteristics of the audio, making it sound wider and more immersive.

Loudness Maximization: Ensuring the track meets industry loudness standards without sacrificing sound quality.

Noise Reduction: Removing any unwanted noise or hums from the audio.

4. The Mastering Process Understanding the mastering process can help you appreciate the value that Deliver My Tune brings to your music.

Step-by-Step Explanation:

Step 1: Initial Consultation: Discussing the artist’s vision and the specific needs of the project.

Step 2: Pre-Mastering Preparation: Ensuring the mix is free of errors and ready for mastering.

Step 3: EQ Balancing: Fine-tuning the frequency spectrum to achieve a balanced sound.

Step 4: Compression and Limiting: Controlling dynamics to ensure the track is consistent in volume.

Step 5: Stereo Enhancement: Adjusting the spatial characteristics to make the track sound wider.

Step 6: Final Quality Check: Listening on multiple playback systems to ensure the track sounds great everywhere.

Step 7: Delivery: Providing the final master in the required formats.

Common Techniques and Tools Used: Deliver My Tune uses industry-standard tools like Pro Tools, Logic Pro, and specialized mastering software like iZotope Ozone and Waves plugins.

5. Benefits of Professional Mastering Professional mastering offers several benefits that can significantly impact your music career.

Enhanced Sound Quality: Mastering ensures that your track sounds its best on all playback systems, from high-end speakers to mobile phones.

Better Playback on Various Devices: A professionally mastered track will sound good whether it’s played on a car stereo, headphones, or a concert sound system.

Increased Chances of Getting Playlisted and Radio Play: High-quality tracks are more likely to get picked up by playlists and radio stations, increasing your music’s exposure.

Mastering is the final polish your track needs to stand out. Deliver My Tune’s mastering services ensure your music is ready for any platform and audience. Invest in professional mastering to elevate your sound. With their state-of-the-art technology, experienced engineers, and commitment to quality, Deliver My Tune can help you achieve the professional edge you need in today’s competitive music industry.

Have you tried mastering your tracks with Deliver My Tune? Share your experience in the comments below! Let’s discuss how professional mastering has impacted your music career.

[infotechs]

Bathymetric Survey | Epitome Geo Technical Services

In the world of geotechnical engineering, precision and accuracy are paramount. Whether for coastal management, infrastructure development, or environmental studies, understanding underwater topography is essential. This is where bathymetric surveys come into play. At Epitome Geo Technical Services, we pride ourselves on delivering top-tier bathymetric survey solutions that cater to diverse needs with unmatched precision and reliability.

What is a Bathymetric Survey?

A bathymetric survey is the underwater equivalent of a topographic survey. It involves mapping the underwater terrain of oceans, rivers, lakes, and reservoirs. This survey method provides detailed information about the depth, shape, and features of the underwater surface, helping engineers, scientists, and planners make informed decisions.

The Importance of Bathymetric Surveys

Understanding underwater topography is crucial for various applications:

Navigation: Ensures safe passage for vessels by identifying underwater hazards and maintaining up-to-date nautical charts. Coastal Engineering: Supports the design and construction of marine structures like ports, harbors, and breakwaters. Environmental Monitoring: Assists in assessing habitats, monitoring sediment transport, and studying the impacts of climate change on water bodies. Resource Management: Helps in managing underwater resources, including fisheries and mineral exploration. Flood Modeling and Management: Provides data necessary for creating accurate flood models, essential for disaster preparedness and mitigation.

Our Advanced Techniques and Equipment

At Epitome Geo Technical Services, we leverage cutting-edge technology to conduct bathymetric surveys with precision and efficiency. Our toolkit includes:

Multibeam Echo Sounders (MBES): These devices emit sound waves in a fan shape beneath the survey vessel, covering a wide swath of the seafloor. MBES technology provides high-resolution data and is ideal for detailed mapping. Single Beam Echo Sounders (SBES): While less complex than MBES, SBES is effective for simpler applications where detailed mapping is not required. Side-Scan Sonar: This system produces images of the seafloor by emitting sound waves sideways from the survey vessel, helping identify objects and seabed characteristics. Underwater GPS and Positioning Systems: Ensures the accuracy of the survey data by precisely tracking the survey vessel's location.

Our Process

Planning: Understanding client requirements and environmental conditions to plan the survey effectively. Data Acquisition: Deploying the necessary equipment and collecting raw data. Data Processing: Using specialized software to process the collected data and create accurate bathymetric maps. Analysis and Reporting: Providing detailed reports and visualizations to our clients, tailored to their specific needs.

Case Studies

Port Expansion Project: Recently, we conducted a bathymetric survey for a major port expansion project. Our detailed maps of the seafloor allowed engineers to design new docking facilities with confidence, ensuring the safety and efficiency of future operations.

Environmental Impact Assessment: In another project, our bathymetric data helped environmental scientists monitor changes in a riverbed due to sedimentation and erosion, crucial for the conservation of aquatic habitats.

Why Choose Epitome Geo Technical Services?

Expertise: Our team of geotechnical experts has extensive experience in conducting bathymetric surveys for a variety of applications. Technology: We invest in the latest technology to ensure the highest accuracy and efficiency in our surveys. Customized Solutions: We understand that every project is unique, and we tailor our services to meet the specific needs of each client. Commitment to Quality: Our commitment to delivering high-quality results has made us a trusted partner in the geotechnical engineering industry.

Contact Us

For more information about our bathymetric survey services or to discuss your project requirements, contact Epitome Geo Technical Services today. Let us help you navigate the underwater world with precision and confidence.

More Info : https://epitomegs.com/ Contact us : +91-96756 94400

[spacenutspod]

The 29th SpaceX commercial resupply services (CRS) mission for NASA carries scientific experiments and technology demonstrations, including studies of enhanced optical communications and measurement of atmospheric waves. The uncrewed SpaceX Dragon spacecraft is scheduled to launch to the International Space Station from the agency’s Kennedy Space Center in Florida no earlier than Nov. 5. Download high-resolution photos and videos of the research mentioned in this article. Here are details on some of the research launching to the orbiting lab: Laser Communication from Space NASA’s ILLUMA-T investigation tests technology to provide enhanced data communication capabilities on the space station. A terminal mounted on the station’s exterior uses laser or optical communications to send high-resolution information to the agency’s Laser Communications Relay Demonstration (LCRD) system, which is in geosynchronous orbit around Earth. LCRD then beams the data to optical ground stations in Haleakala, Hawaii, and Table Mountain, California. The system uses invisible infrared light and can send and receive information at higher data rates than traditional radio frequency systems, making it possible to send more images and videos to and from the space station in a single transmission. The ILLUMA-T demonstration also paves the way for placing laser communications terminals on spacecraft orbiting the Moon or Mars. ILLUMA-T and LCRD create NASA’s first two-way laser communications relay system. Laser communications can supplement the radio frequency systems that most space-based missions currently use to send data to and from Earth. According to acting ILLUMA-T project manager Glenn Jackson at NASA’s Goddard Space Flight Center in Greenbelt, Maryland, laser systems are smaller, more lightweight, and use less power than radio systems. The smaller size frees up more room for science instruments, the lighter weight reduces launch costs, and lower power use results in less drain on spacecraft batteries. Managed by NASA Goddard in partnership with NASA’s Johnson Space Center in Houston and the Massachusetts Institute of Technology Lincoln Laboratory, ILLUMA-T is funded by the Space Communications and Navigation (SCaN) program at NASA Headquarters in Washington. The ILLUMA-T laser communications system being prepared for launch at Goddard Space Flight Center.NASA/Goddard Space Flight Center Watching Waves in the Atmosphere NASA’s Atmospheric Waves Experiment (AWE) uses an infrared imaging instrument to measure the characteristics, distribution, and movement of atmospheric gravity waves (AGWs). These waves roll through Earth’s atmosphere when air is disturbed much like waves created by dropping a stone into water. “Atmospheric gravity waves are one mechanism for transporting energy and momentum within the climate system and they play a role in defining the climate and its evolution,” says co-investigator Jeff Forbes of the University of Colorado Boulder. He explains that these waves are relatively small at the source but amplified at altitudes, and potentially indicate climate changes not readily observable at lower altitudes. This investigation’s long-term observations of physical processes in atmospheric circulation could increase insight into AGWs and improve understanding of Earth’s atmosphere, weather, and climate. Researchers also are looking at how AGWs contribute to space weather, which refers to the varying conditions within the Solar System, including solar wind. Space weather affects space- and ground-based communications, navigation, and tracking systems. Scientists know little about exactly how AGWs influence space weather and this investigation could help fill in these knowledge gaps. Results could support development of ways to mitigate the effects of space weather. The space station provides an ideal platform for the investigation given its altitude and geographic and time coverage. “AWE is pioneering research, making the first global measurements of gravity waves at the edge of space,” Forbes says. “This is an important step forward in understanding waves in the atmosphere and their contributions to near-Earth space weather.” The Atmospheric Waves Experiment is managed by Goddard for NASA’s Science Mission Directorate at NASA Headquarters. Scientists prepare the optical assembly for AWE for launch in a clean room at Space Dynamics Laboratory facilities.Space Dynamics Laboratory/Allison Bills More science going to the space station Space Flight Induced Ovarian and Estrogen Signaling Dysfunction, Adaptation, and Recovery is a fundamental science investigation sponsored by NASA’s Biological and Physical Sciences Division. It advances previous microgravity studies that seek to better understand the combined effects of spaceflight, nutritional, and environmental stresses on control of ovulation and resulting effects on the skeleton. Results of this study could help identify and treat the effects of stress on ovulation and improve bone health on Earth. A section of ovarian tissue prepared for an investigation of ovarian function and bone health in space.University of Kansas Medical Center Aquamembrane-3, an investigation from ESA (European Space Agency), continues evaluation of replacing the multi-filtration beds used for water recovery on the space station with a type of membrane known as an Aquaporin Inside Membrane (AIM). These are membranes that incorporate proteins found in biological cells, known as aquaporins, to filter water faster while using less energy. Initial testing of AIM technology in 2015 showed that water filtration by membranes is possible in microgravity, and this follow-up testing could demonstrate how effectively the membranes eliminate contaminants in space station wastewater. Results could advance development of a complete and full-scale membrane-based water recovery system, improving water reclamation and reducing the amount of material that needs to be launched to the space station. This water filtration technology also could have applications in extreme environments on Earth, such as military and emergency settings, and for decentralized water systems in remote locations. A pre-launch view of equipment for the Aquamembrane-3 investigation.ESA Gaucho Lung, sponsored by the ISS National Lab, studies how mucus lining the respiratory system affects delivery of drugs carried in a small amount of injected liquid, known as a liquid plug. Conducting this research in microgravity makes it possible to isolate the factors involved, including capillary or wicking forces, mucus characteristics, and gravity. Understanding the role of these factors could inform the development and optimization of targeted respiratory treatments. In addition, the work could contribute to new strategies to control contamination in tubing for liquids used in the health care and food industries. An investigator at University of California Santa Barbara prepares the camera and work light for recording images from the Gaucho Lung investigation prior to launch.BioServe Space Technologies Search this database of scientific experiments to learn more about those mentioned above. Facebook logo @ISS @ISS_Research@ISS Instagram logo @ISS Linkedin logo @company_NASA Keep Exploring Discover More Topics Latest News from Space Station Research ISS National Laboratory Station Benefits for Humanity Commercial Space

[bhoojalsurvey]

An Introduction to Geophysical Surveys: Methods and Applications

Introduction

The Earth is far more than just the surface we walk on; it's a complex system composed of various layers, each with unique characteristics. For those interested in uncovering the secrets that lie beneath our feet, geophysical surveys are indispensable. These surveys are crucial in various fields, ranging from natural resource exploration to environmental assessment and archaeology. But what exactly are geophysical surveys, and how do they function? Let's delve into the methods and applications of this fascinating domain.

What Are Geophysical Surveys?

Geophysical surveys are methods used to study the Earth's subsurface by measuring physical properties such as magnetism, gravity, seismic activity, and electrical resistivity. The data collected through these surveys helps to create models or maps of subsurface structures, aiding in the understanding and exploration of Earth’s resources and natural hazards.

Types of Geophysical Surveys

Seismic Surveys

These are perhaps the most well-known, especially in the realm of oil and gas exploration. Seismic surveys involve generating shockwaves, typically by means of controlled explosions or mechanical thumping, and measuring how these waves travel through the Earth’s crust.

Magnetic Surveys

These surveys measure the Earth’s magnetic field to find concentrations of magnetised minerals like iron ore. Airborne or ground-based sensors capture magnetic anomalies that often correlate with resource-rich regions.

Electrical Resistivity Surveys

By applying electrical currents into the ground and measuring resistivity, this technique helps in mapping groundwater, mineral deposits, or even archaeological sites.

Gravity Surveys

These surveys measure the Earth's gravitational field to detect variations in subsurface densities, useful in mapping geological structures or locating mineral deposits.

Applications of Geophysical Surveys

Resource Exploration

In the hunt for natural resources like oil, gas, and minerals, geophysical surveys play an essential role in pinpointing lucrative locations for extraction.

Environmental Studies

Geophysical methods can help in assessing soil contamination, groundwater quality, and the environmental impact of human activities.

Archaeology

Advanced geophysical surveys are also deployed to locate buried structures, settlements, or artifacts without resorting to invasive excavation techniques.

Earthquake Prediction and Monitoring

Seismic surveys contribute to our understanding of tectonic plate movement, helping in predicting and preparing for natural disasters like earthquakes.

Conclusion

Geophysical surveys are indispensable tools for understanding the Earth’s subsurface. Whether you're exploring for natural resources, assessing environmental impact, or unearthing historical treasures, these methods offer valuable insights. With advancements in technology, geophysical surveys are becoming more accurate and less invasive, promising a future where we can understand our planet in even greater detail.

So the next time you hear about a new oil discovery or an archaeological find, remember, it likely all began with a geophysical survey.

Frequently Asked Questions

How long do geophysical surveys typically take?

The duration can vary widely depending on the scale, ranging from a few days to several months.

Are geophysical surveys harmful to the environment?

Most modern methods aim to be as non-invasive as possible, but it's essential to conduct environmental impact assessments beforehand.

What are the costs involved?

Costs can be highly variable, depending on the method used, the scale of the project, and the geographical location.

[ghostlycollectorchaos]

A Study In White:

The first wave of cocaine use occurred in the second half of the 19th century, between 1860 and 1905. This stimulant, which has the characteristic of causing a pleasant effect, evidenced by a feeling of well-being, euphoria and lack of shame, was greatly welcomed in the medical community as a miraculous panacea that could be used to solve various diseases and ailments, from toothache to labor contractions, as well as mental disorders such as “hysteria” or “melancholy”. One of the greatest enthusiasts of the therapeutic use of this substance was the Austrian physician Sigmund Freud who often prescribed this drug during consultations with his patients to resolve the most varied emotional or physical pathologies.

In this sense, when considering the close patient-physician relationship that was probably established between the latter and Mr. Sherlock Holmes during treatment for the absence seizures that he reported to be having due to malicious hypnosis techniques, it is possible to assume that cocaine was indicated by Dr. Freud to Mr. Holmes. Furthermore, if Sir Arthur Conan Doyle's transcripts are taken at face value, it is noteworthy that in the first book, which would give rise to the series of the detective's adventures, “A Study In Scarlet (1887)”, Mr. Holmes mentions taking regularly, 3x a day more specifically, the stimulant at 7% dilution intravenously. A high dosage, but not particularly shocking as the occasional use of the drug was common practice in Victorian England.

Reaffirming this fact, in “The Sign Of Four (1890)”, cocaine is referred to as a mind stimulant and nerve tonic during idle moments, being extremely useful for strengthening logical reasoning. It is thus clear why the use of the stimulant is so appealing to Holmes, since there are few other things he values ​​in equal esteem as the power of his brain and the importance of keeping his wits sharp. In addition, if Freud had indeed prescribed the drug there would be even more reason for Holmes to use it religiously in order to avoid the relapse into the absence seizures that made him seek help from the Phoenix Brotherhood in the first place.

It is also noteworthy that Holmes did not consider himself an addict in the most common sense of the word, but maintained his chemical dependency as something to be managed. This sense of control over one's addiction, whether justified or not, will be a relevant point as this discussion moves towards its conclusion.

Now that the foundations of this essay have been laid on the character of one of those involved, it remains to discuss the other. Unfortunately, due to the specific quality of the fraternity of which it is said and I quote, "Amelia is all about secrets", there has been a difficulty in obtaining reliable data about the past life and believable personality of Arthur, the Interviewer and many of the claims that will be made here are based on speculation and empirical analysis. In order to avoid unnecessary bias when dealing with an individual who is already sufficiently obscure, two main sources were used: "The Amelia Project Wiki: The Interviewer" and "The Amelia Project Personality Database: The Interviewer".

Based on these, the following information was extracted:

“The Interviewer is a very jolly fellow. He is often enthusiastic and can be quite intense, especially when engaged in something of his liking. However, he is also very easily bored, and doesn't like to partake in things that's not interesting to him. While often friendly, he can come across as a bit arrogant, rude and self centered. He does care a lot about the people closest to him though, and often seems genuinely interested in helping other people, and of course to hear their stories.”

Furthermore, he fits as a 7w8 ENTP by the Myers-Brigg method, associated with the sanguine temperament described by Galen of Pergamum.

Although the ENTP 7w8 personality is seen as a particularly cheerful, outgoing, intellectual and quick-witted type who value creativity, freedom and self-expression above all else, these have as their main characteristics the impulsiveness that leads them to take unnecessary risks and accomplish poor planning in medium and long term consequence analysis. These individuals tend to be irresponsible, often putting themselves in dangerous situations, since the journey for “freedom and stimulation” can lead them to destinations that are sometimes easily avoidable.

In addition, the sanguine temperament only reinforces these traits. While they are generally communicative, expressive and cordial, they are also prone to emotional instability and indiscipline, often being exaggerated and unproductive in their decisions.

It is emphasized, of course, that the use of stimulating substances is related to several intrinsic and extrinsic factors to the individual, but several researchers such as the Institute of Addiction Medicine, in Philadelphia, USA, point out personality traits that are common in people with greater chance of developing chemical dependency, namely: Impulsivity, non-conformity, low stress tolerance, sensation seeking, etc.

It is possible to observe that Arthur, the Interviewer has most of these traits, having a personality that almost presents itself as a risk factor.

That, coupled with a close friend, Mr. Holmes, who makes prescribed use of the drug while denying the addictive quality of the substance, plus the fact that at the time there was no knowledge about the negative effects associated with its use, such as neural destruction, liver and kidney damage, mental illnesses, among other problems, corroborate the speculation that Arthur could have been exposed and even introduced to the stimulant during the period referring to the cohabitation between him and Mr. Holmes.

Furthermore, it is chronologically possible with what was exposed during the year 1929.

BIBLIOGRAPHIC REFERENCE:

Available at: <https://www.google.com/url?sa=t&source=web&rct=j&url=https://www.victorianweb.org/authors/ doyle/addiction.html&ved=2ahUKEwiHlLXfzL3_AhUurpUCHZ-FCNUQFnoECBEQAQ&usg=AOvVaw3P5rR8LLkdUh3gx32ln5Vj>. Accessed on: 13 June. 2023.

Available at: <https://www.google.com/url?sa=t&source=web&rct=j&url=https://www.gruporecanto.com.br/ blog/what-leads-a-person-to-use-drugs-understand-the-reasons/&ved=2ahUKEwiL16iGzb3_AhUSrJUCHZdIDR0QFnoECBAQAQ&usg=AOvVaw06pjH1omH5FVLgpi3PAlX8>. Accessed on: 13 June. 2023.

Available at: <https://www.personality-database.com/profile/602939/the-interviewer-the-amelia-project-mbti-personality-type> . Accessed on: 13 June. 2023.

The ENTP 7w8 : Characteristics, Weaknesses and Famous Characters - Introverted Growth. Available from: <https://introvertedgrowth.com/entp-7w8/>. Accessed on: 13 June. 2023.

@ameliapodcast though you would like the essay

[epitome225]

MASW Survey with Epitome Geotechnical Experts

What is MASW Survey?

Multichannel Analysis of Surface Waves (MASW) is a non-invasive geophysical method used to evaluate subsurface conditions, particularly the shear wave velocity profile. It’s widely used in engineering, construction, and geotechnical investigations to assess soil stiffness, bedrock depth, and overall ground stability.

Why Choose Epitome Geotechnical for MASW Surveys?

At Epitome Geotechnical, we specialize in providing accurate and reliable MASW survey services. Our team uses state-of-the-art equipment and advanced analysis techniques to deliver detailed insights into subsurface conditions, ensuring safety and efficiency in your engineering projects.

Whether you need a comprehensive site characterization or are preparing for a new construction project, we’ve got you covered

Advantages of MASW Surveys

Choosing MASW surveys over traditional drilling methods offers several important benefits:

Non-Invasive: One of the biggest advantages of MASW surveys is that they are non-destructive. There is no need for drilling or excavating, which makes the process safer, cleaner, and less disruptive to the environment or ongoing operations at a site.

Cost-Effective: Because MASW surveys do not require heavy equipment or drilling, they are typically more affordable than other methods. The process is also faster, saving both time and money.

Accurate and Reliable Data: MASW surveys provide detailed information about the soil’s stiffness and structure. This data is essential for designing safe foundations, planning construction projects, and understanding the potential impact of earthquakes or other seismic events.

Versatile Applications: MASW surveys can be used for a wide range of projects, including construction site assessments, seismic hazard analysis, road and bridge design, and soil stability studies.

Safety: Since the process is conducted on the surface, there is no risk of causing structural damage or harming underground utilities.

How MASW Surveys Work

The MASW survey process is straightforward but requires expertise and the right equipment to gather accurate data. Here’s how it works:

Creating Waves: An energy source, such as a sledgehammer or a special weight-drop device, is used to create surface waves that travel through the ground. These waves carry important information about the materials they pass through.

Recording Data: Geophones, which are sensitive devices placed at regular intervals along the ground, capture the waves as they travel through different layers of soil and rock. The geophones record the speed and characteristics of the waves, which are affected by the density and stiffness of the materials.

Analyzing Data: The collected data is processed using specialized software to create a shear wave velocity profile. This profile helps identify different soil layers, their stiffness, and their depth. The results are then interpreted to provide a clear understanding of the subsurface conditions.

Conclusion

MASW surveys offer a powerful, non-invasive way to understand subsurface conditions with precision and reliability. From seismic studies to foundation design, they provide invaluable data that ensures safety, efficiency, and cost-effectiveness in your projects. At Epitome Geotechnical, we are dedicated to delivering accurate results that you can rely on. Whether you are planning a new construction project or assessing an existing site, MASW surveys can provide the insights you need to move forward with confidence.

[mrkcore]

𝐓𝐀𝐋𝐊𝐈𝐍𝐆 𝐓𝐎 𝐓𝐇𝐄 𝐌𝐎𝐎𝐍 - 𝐡.𝐫𝐣

𝐩𝐚𝐢𝐫𝐢𝐧𝐠: huang renjun x reader

𝐜𝐨𝐧𝐭𝐞𝐧𝐭𝐬: fairy(faerie)!renjun, human!reader, academia aesthetic, royalcore, medieval setting

𝐬𝐲𝐧𝐨𝐩𝐬𝐢𝐬: you meet renjun one night. from that time on, you wait patiently for him every night.

𝐠𝐞𝐧𝐫𝐞: fluff, angst

𝐰𝐚𝐫𝐧𝐢𝐧𝐠(𝐬): none

𝐰𝐨𝐫𝐝 𝐜𝐨𝐮𝐧𝐭: 2k

𝐥𝐢𝐬𝐭𝐞𝐧 𝐭𝐨: talking to the moon - bruno mars

𝐚/𝐧: renjun fic because it’s his bday :3 (i researched a lot about faeries and fairies, but none of them fit the concept i planned, so i kinda just merged some stuff i saw, so this probably isn’t the most accurate, and it is fiction so yeah) i tried to be a lot more descriptive in this one (cuz i’m really bad at that), so pls gimme feedback that would really be appreciated tyvm <3

a part of @nakamotocore​​‘s cliffhanger collab!

(comment here to be added to the taglist!)

another day has come to the end. you’re finally back in your room, sitting at your desk, trying to finish the work you didn’t finish from your classes.

you sigh. even after lighting all of the candles in your room, you’re still feeling unmotivated to continue your language work.

so you pull up your mythology textbook, and take a sneak peek at tomorrow’s topic: fairies.

“fairy, also spelled faerie or faery, a mythical being of folklore and romance usually having magic powers and dwelling on earth in close relationship with humans. it can appear as a dwarf creature typically having green clothes and hair, living underground or in stone heaps, and characteristically exercising magic powers to benevolent ends; as a diminutive sprite commonly in the shape of a delicate, beautiful, ageless winged creature dressed in diaphanous white clothing, inhabiting fairyland, but making usually well-intentioned intervention in personal human affairs; or as a tiny, mischievous, and protective creature generally associated with a household hearth.”

reading on, you’re slowly feeling your eyes droop, tiredness flooding your system. before you know it, your eyes close and bring you to a quiet slumber.

something is tickling your nose, and more is tickling your arm as well. 

did you forget to close your window? or is it the dust from your shelves coming to haunt you for not dusting them for over a month?

you get up drowsily, trying to find the source of the disruption.

your candles are still lit, but it’s still dark outside, so it’s probably not morning yet. you turn around to grab the shawl you discarded on your bed, and put it on.

you reach out to close your window, but to your surprise, there’s a boy. sitting on the ledge of your window. 

and he has wings, sparkling transparent wings.

you’re in awe. from this angle, the moonlight shines just right for his beautiful wings to glisten as they flutter. 

you don’t realize, but you’re slowly walking towards him. your body gravitating towards the strange but stunning creature. 

he hears the floorboard creaking underneath your feet, and turns around to look at you.

you’re shocked by his appearance. 

he’s heavenly. his round, gentle doe eyes are iridescent, sparking while he’s staring at you. dainty, plump, parted lips, and a button nose. you’ve never seen anyone’s features as pretty as his. 

“oh, you are awake now.” his mouth turns upwards into a smile. you’re baffled. “i hope i was not the cause that woke you, how did you rest?”

the creature turns around and flies right next to you. you instinctively sit down on your bed, and he follows suit. 

“i-, i slept well?” you answered hesitantly. you check your watch discreetly, displaying the time, 1:35 am. the boy–or being, sitting besides you catches the action, and leans in to view the interesting gadget. 

he scares you a little bit, and you quickly scramble to put it back into your pocket. he looks at you with great curiosity.

you wonder if he’s ever been in contact with humans before.

“so uh, what is your name?” you try to strike up a conversation now that you know he is able to speak. 

“i do not really have one, but you can call me renjun.” he beams. “and you? what should i call a beautiful lady like yourself?”

you’re blushing with how polite, charming, and poised he is.

“my name is y/n.”

and that’s where it all began. 

renjun came to your window every night when the moon comes at its brightest. it became part of your routine, and thankfully you didn’t have a roommate, so you stay up every night just talking to him.

for some reason, your lack of sleep did not affect you as much as you thought it would. the headmaster, teachers, maids, they always told students to get a full night’s rest so you’d be at your fullest learning capacity. but you’ve never felt better. you never asked what renjun was, it never came up during your late night discussions. you knew from his appearance that he was somewhat like a fairy, but you never asked him about anything, even though you were always curious. 

renjun’s sudden arrival into your life made you feel so bubbly and warm every single day. all of the girls in your class have noticed, so has your homeroom professor. 

“y/n! y/n!” they called to you during lunch break the day after your first encounter with renjun. “you seem so happy today even though we had an exam, what are you smiling so brightly about?”

you wanted to keep him as your little secret. so you just smugly smirked at them.

“none of your business.” you bite back before turning around to walk away.

they all squealed. 

“it’s a boy!”

“definitely a boy.”

“nothing else would be as exciting!”

whispers went around the classroom, and the girls were happily gossiping amongst themselves. your teacher even giggled a bit when she thought the class wasn’t looking. your classmates ask every single day, but you don’t cave. still pleased with the spectacle you’ve stirred up.

but it’s true, you’ve been much happier. strolling the school grounds with a skip in your step, a cheerful mood during class every day, and finishing your homework (renjun insists you do it before he visits so you are free to talk).

you’re so excited for your late night chats with him that you rush to your room to finish your work for the day. surprising all of your teachers of your newfound burst of productiveness.

you feel over the moon.

until he disappeared.

renjun stopped showing up at your window one day, out of the blue. no explanation, no nothing. it’s not like you had any other form of communication with him. so he completely went off the grid. leaving you by yourself.

for the first week, you didn’t accept that he just left. so like usual, you patiently waited for his arrival with the moon shining brightly.

but he never came. for weeks and weeks, you’d wait to no avail of his presence. 

you know he’s somewhere out there. somewhere far away. you want him back. 

your neighbours think you’re crazy. 

sitting at your open window, staring at the moon, and barely getting any sleep.

but they don’t understand. 

no one had ever listened to you as attentively as he did. no one cared to listen to you talk about your hopes and dreams, how your day went, what colour you found the prettiest (if you were wondering, it is green, renjun’s wings are a pretty light green), what pastries you enjoyed stuffing yourself with, your comfort book, no one. 

he’s all you have.

so like a hopeless, smitten, lovestruck girl, you sat quietly with the cold breeze blowing into your room at night from your window.

weeks go by, and you’re still waiting for his visits. at night, when the stars light up your room, you sit by yourself, talking to the moon. trying to get to him, in hopes he’s on the other side, talking to you too.

you’re feeling like you’re famous, the talk of the town.

your bright spirit you had before was gone, and you kept your head down at day. 

everyone was talking about how you got dumped, or got your heart broken by the boy you were head-over-heels for. they say you’ve gone mad; yeah, you’ve gone mad.

but they don’t know what you know.

‘cause when the sun goes down, someone’s talking back.

around 3 months later, you’re sitting at your desk, finishing work. you look up, and suddenly, the moon starts lighting up brighter, flashing.

you’re in disbelief, did the moon just, blink at you? 

then, a shadow of a figure with wings appears, and waves at you. 

that familiar figure, renjun.

was this renjun reassuring you that he hasn’t abandoned you? 

this ignites that spark inside of you. not thinking rationally anymore, no longer somber, you instantly get up to scramble to the window to sit down.

while you’re speaking, the moon blinks, as if he’s talking back.

so again, at night, when the stars light up your room, you sit by yourself, talking to the moon. trying to get to him.

until that stops too. 

the moon stops responding to you. no signs of anyone, and the moon looks more dull than before.

you wonder to yourself, “am i a fool, who sits alone, talking to the moon?”

you still stay up to mindlessly talk to the moon, in hopes he’s on the other side, talking to you too. does he ever hear you calling? ‘cause every night, you’re talking to the moon, still trying to get to him.

then, one night, you fall asleep again. 

trying to study for your project, your mythology textbook is still open. you don’t mean to, but school has been tiring, and you couldn’t help it.

but you wake up to the familiar tingling sensation on your arm. you open your eyes, and see renjun’s gaze on you. head rested on his hands, with his arms on your desk.

is this a dream? you feel faint. is this really happening? was he really in front of you? 

your eyes roam renjun’s face desperately. his eyes, his hair, his moles, his nose, those kissable lips. all the same like you remember.

“you’re awake.” he says. “i’m sorry i was gone for so long, i had some complications and was unable to travel.” 

renjun smiles, apologetically.

“i’ve missed you, sweetheart. how have you been?” 

your eyes zoom in on his lips.

“kiss me.” you blurt out before you can stop yourself. renjun seems surprised as well.

“sweetheart, are you sure you want th–” 

before he even finishes, you crash your lips onto his. 

they’re as soft as you imagined. his lips taste sweet, like the nectar of the beautiful flowers in your school gardens. 

he deepens the kiss, and you let him. feeling over the moon.

when the both of you pull away, things go back to normal. renjun is diligently listening to your rambles, and you’ve never felt better.

when the moon starts to disappear, you realize it’s time for him to go.

“you should probably go home.” you said, sadly. “you said you had some important things to do, so i must not distract you from your work.”

“oh sweetheart,” renjun chuckles. “but i’m already home.” he says with a eerie smile that makes you stop.

“pardon me?” you reply, slightly terrified by his change in tone.

“you heard me little human,” he licks his lips menacingly. you flinch when his hand travels up to your face to caress your cheek. “i’m already home.”

tears are flooding your eyes as renjun’s fingers grow longer into claws and he wraps them around your airway.

“you humans think you can just come into our homes and destroy our land, families, our lives.” he growls. “YOU TOOK EVERYTHING AWAY FROM US.” 

renjun screams, his hand forcing you to look at him. his eyes are no longer the soft doe ones you knew, filled with rage and hurt as he poured his emotions onto you.

“now we’re taking it back.” he snickers. “this stupid building you built upon our old home, it will be gone.”

his hand squeezes tighter on your neck and you’re quickly losing consciousness.

“and we’re starting with you.” renjun taunts, his normal hand coming up to your face to caress it again. 

“it’s a shame thought,” he shrugs, seemingly defeated. “i kinda liked you.”

he drops you on the floor, and you’re gone. 

tears still flowing out of your eyes as renjun walks out of your room.

“unlike the fairies, faeries are considered to be evil, horrid, and mischievous creatures. the faeries are evil, unfriendly, and cruel spirits. the faeries are a bit dangerous also. humanity destroying most of their lives, they seek revenge to take back what once was theirs.”

©mrkcore, 2021.

[the-art-of-animated-gifs]

Interview with my friend A.L. Crego

I have not met A.L. Crego.  I have not spoken with him on the phone, in fact I do not even know what he looks like.  But I can confidently call him my friend.  Three years ago when I started this blog he immediately disagreed with me in the comments about things I was writing and I loved it.  As a person putting ideas out there, you treasure things like that....because you know someone cares.  We have had many back and forth discussions over the years....if we had lived in Paris in 1911 we would be having arguments at La Rotonde (not to compare either of us to Picasso).

A.L. Crego is a motion artist who does a wide variety of things.  He has now become a very visible and active figure in the NFT Movement.  He recently completed a large and very successful project in which he animated the work of a number of well know street artists on the building themselves, something he has done for years.  His Tumblr page is a good place to start to see his work, which is largely surrealist in nature -- another Spanish artist following in the footsteps of other great Spanish surrealist artists.

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How long have you been creating gif art?

In a conscious and intentional way since 2014. Previously I haven't pay too much attention on one hand for its common use that was mostly ads and funny little videos, and on the other hand because it was a 'standard' format we accepted as something part of the web so I never stopped to analyze its potential. The key point for me was about 2010-2011 when the concept of 'Cinemagraph' was brought to life just giving it a name. It's format is .gif but its characteristics are different so I saw there the midpoint between photography and video, which gave born another format of art.

Art mutates when a new format appears. I was using and studying this format since then but it wasn't until 2014 that I decided to publish some of them.

What is your background?

In general terms, bachelor, 2 years of stone sculpting and two attempts of photography and audiovisual mediums. I say attempts because I gave up both of them as I was feeling that I was looking for something else more than studying all the previous history, style and isms, which is nice to understand where everything comes from and to be aware what are the key points on the history to use as reference, as a map. But in some way I felt limited as I was using digital tools since I had my first computer with 14 years, and I was being taught things I learnt by then. Even more in this times we are living where we are 21 century people, been taught by teachers from the 20 with 19 century methods.

A constant line that feeds my background is literature and music overall and later Street Art, next to more temporal interests as everything related with mythology, alchemy, history, psychology, neurology, biology, human condition in general... I don't have studies buy I'm a studying guy!

I always like to highlight that all these years that internet got strong and social networks appeared, I decided voluntary to be out of them. First reason was to keep my privacy safe in a growing world where it seemed that some "curtain" felt and everybody accepted that intimacy was now 'ex-timacy' and correct to show their private life, (this shocked me). Another reason was about the psychological effect that social networks were having on people I had around and everywhere in general. I started to notice patterns and "waves" about series, aesthetics, styles, and I was seeing clearly that if I go there, I will become permeable to all this "Amniotic Culture" I was trying to avoid.

This fact of being far (but study them closely) helped me a lot about researching and developing my own ideas and style, for the mere fact that I was using all this time and attention Social Networks require, on drinking from another sources. The B-side of this is that I was 'out of the radar' of mass people as this social networks are designed to live inside them. My idea of internet and spreading ideas is not in this way.

Where do you live and work?

In the north west of Spain, Galicia. Now due to Covid I travel less but before it, I was working and traveling many places as I only need a camera and a computer. This allows me move to work anywhere.

Do you think that animated gifs are a new art form?

I think so, despite the fact that the format existed since 1987. But as every new format of art it takes its time to be considered as art. The first photographs were not considered art until many years later. Same happened with film, same with CGI. Is nice to have in mind that gif format is the last strictly digital format of the three main ones on the web: picture, video and gif. Photography has about 200 years of history, video about 130, CGI about 60. Finally gif has 33, and used as art itself no more than 10-15. In the same way anybody takes a picture of anything does not convert it into art, is the same with gifs. One thing is the format, another is the 'art'. Everybody can take a picture, record a video or do a gif. The difference is on the how, the why, and from my point of view overall, the what.

Do you think that there is a difference between pure .gif files and the .mp4 files that people post on Instagram?

The first, big and obvious difference is the format. Is not the same a painting as a picture of a painting. Here happens the same. For example, if you treat a gif with Cinemagraph technique, you are converting in picture some parts of the image, so they still remain and with the texture and totally stillness of a picture. If you convert this gif into a mp4 this still parts, despite not having motion, will convert into a video texture (noise, subtle motion in pixels, etc) so the main characteristic, among the perfect loop, is lost. Another point is that you must play a video, a gif is always running. Waterfalls are always running and this characteristic is something that is inside our human nature, we react nice to "bucle" motions as waterfalls, fire, etc. We find pleasure on this. Of course if it's a video the perfect loop is lost and the visual mantra disappear. And another key point here is the soundtrack. In a video you can use sound to enhance or give another meaning to the piece that you can't with gifs. For me this is another characteristic that give meaning to gif. For me gif is silence, the sound is generated by the motion, the melody are the details and the beat the perfect loop. You can "hear" almost every gif.

The difference between a gif and a video is the same that between a waterfall and a hose (if this works).

What do you think are the characteristics of good gif art?

For me first and overall the perfect loop. Not using it is not using the only format that has this characteristics. Of course there can be gif art that is not perfect loop, but from my point of view and in my work is a must. It's a new way not only of creating but also of thinking. Imagine an still scene is easy, imagine an A-B point action is easy. For me the challenge is about thinking an idea that is perfect looped where all the elements interact and eventually come back to its initial point. Succeed doing this is where the perfect loop appears and you are not able to find where is the start point of the action. Like a visual mantra, that it's repetition leads you inside the piece. Gif art is nice to use the power of the hypnotic movements. Another point to have in mind for me is the flow of it, the frame rate I mean. Depending on the idea and the kind of animation this should vary; is not the same fps to achieve something with flow than if you want to achieve a more 'retro' old style. Another thing is about dithering and color palette. This second one is essential to understand as it affects the final file. When we work with photo and video we are using millions of colors but when rendered as gifs all the gradients, lights and even colors will change if there is a previous understood of this point.

As summary: If motion doesn't add, change of enhance the meaning of the piece, is expendable.

I'd would like to add that I'm not really supporter of this kind of gifs generated automatically that just move a still image itself. I understand that this 'technique' is used as a tool for certain motion (I use it) but not to move a whole image. I feel the same as if somebody hold a painting in front of me and moves it randomly. If the work was born still, it must remain still. A good example of 'inner motion', this means that the motion is implicit on the image despite not being in motion, are the photographs of Cartier Bresson for example. Giving motion to this pictures for example, will kill it because it will break the concept of 'perfect instant' .

'Instant' differs etymologically from 'moment' in the motion. So, still image (painting, photo, sculpture, etc) is an instant, videos are stories with a-b point, and gifs are moments, the mid point.

How would you describe your gif art?

I usually condense it as "Visual Mantras", as the technique and the aesthetic vary depending on the idea , but in all of them the perfect loop and the intention of hypnotizing is always present.

In another terms about aesthetics and themes I think ‘Industrial Nature’ can fit nice. I use a lot of industrial elements but I like to mix their mechanics with the biological natural ones.

How long have you been creating and selling NFTs?

I am selling NFTs since mid 2019, but it wasn't until October 2020 that I focused more on it and dug into the ecosystem to find new paths to focus my work.

Do you think that NFTs are a positive for gif artists?

For me, and the main reason I jumped into cryptoart and NFT, is that now I can certify my digital work as original. Even more to gif works as they were always understood as something banal and minor for the context of its born. Gif art was born prostituted, used mostly for ads and to claim our attention on the internet, next to the highest glamour of painting and traditional art, and 3d, photography and video these last decades. Even worst if we realize that gif format was the only visual format born by and for the internet.

NFTs are totally positive for gif artists because despite being a digital/online native format it never had its own ecosystem to live in. I feel that I was creating creatures for an ecosystem I was waiting to drop them there. Now with the blockchain, NFTs and cryptoart, I found the place where they can live, being watched by everybody and have the certify that is my work. Until some months ago my work was "free" on the web and I had no control over it at all. This was a huge problem I was suffering since my first month into gif art as people use it indiscriminately with no credit at all. It's ok, and I always defend that my work is to be seen, to be shared, but I was looking for the way to be able to have this link with my work without losing the option of being available for everybody. NFT totally changes this.

What do you think will happen in the future as NFTs get even more popular?

In general terms I think it will happen the same as when print got more popular. People will use it more, a lot of crazy and useless things will appear, tons more of different uses and useful purposes, (not only on art). This opens a new door a lot of people was waiting so the future is unpredictable but we can feel where things are going. NFT arrived to stay and the concept of decentralization is something that was always present on the internet since first days but born inside a centralized system. NFTs are being a way for people to understand the 'peer to peer' philosophy and this makes people think in different codes, so we can expect a lot of new horizons, in art, music, design...

What do you think of the environmental impact of NFTs?

This question can goes really deep but in general terms I think that is something that is being oversized due to the hype and the boiling point we are, and it's understandable because is not false that it has an environmental impact, as everything does. But on the other hand I have two main areas in mind. The first and the obvious from my point of view is that when something is new and developing is less efficient, in the way that it requires more effort to achieve the result. But at the same time, the more this technology is used the more is developed and all this issues are part of it. The first car was not electric.

The second point that usually reverberates in my mind and that it seems that 'hard critics' omit is that they are not having in mind that this NFTs we mint, give us a profit that can be used offline to do another things that can be useful to solve this problem, for example, investing part of this money on living on our own in a minimal and clean way (not working for huge multinational that their environmental impact is tons times more than NFTs and then being part of an ONG to feel clean) and on using part of this money on looking and researching new ways to mint and to keep this digital ecosystem more efficient and clean. Every development needs time.

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If you have found this content valuable considering getting me a cup of coffee

[katherinewilliams221b]

For A Greater Good 15/18

not my gif just the text. Origins

Summary: Kate Williams, young healer and member of the Order, joins Durmstrang’s staff at Dumbledore’s request. Her mission? Find a   Death Eater and survive long enough to tell the story. Set in 1996.

Pairing: Charlie Weasley x ofc/mc

Masterlist

[Part 1] [Part 2] [Part 3] [Part 4] [Part 5]

[Part 6] [Part 7] [Part 8] [Part 9] [Part 10]

[Part 11] [Part 12] [Part 13] [Part 14]

--

Her pulse failed every time she held a quill to write to Charlie; her eyes stung whenever she closed them. At one point she started to feel a constant pressure on her right temple, and it didn’t abandon her during the next weeks that followed her discoveries.

Kate lay on her side in bed, with her arms tucked against herself, protecting the cursed paper that was causing her nightmares, and curled up in a ball. That was her default position every day since then.

She stared at the candle on her table, the only source of light in the room and in her mind. The fire danced and twisted, hypnotising, captivating.

She thought of being somewhere else, with someone else.

What kind of person you must be to fool one of the greatest wizards alive? Dumbledore wasn’t any saint of her devotion, but… he must have known, right? He had to… or perhaps not.

Her breathing was slow and even, she concentrated on it; in and out. In and out. If she kept her eyes opened they stung, but if she closed them… it was worse.

And just like every other night, the candle consumed itself, leaving Kate in total darkness.

“Don’t give up hope.” She had told her students when they saw that none of the umbrella flowers had teeth. “We still have time.”

“We don’t have time! Exams start on Monday and the AEDA is in less than two weeks from now!” Jon had exclaimed.

“What have we done wrong?” Greta had asked.

“Focus on your exams. Remember that you can have your notebook with the greenhouse notes, so make sure it’s complete. I’ll take care of the flowers.”

She didn’t know how. The migraines had intensified, the parchment she hid under her uniform burned her skin every day, every hour, it was a reminder that she had to get out of there as soon as possible. But she had made a promise, and she had to keep it: those plants would have teeth like her name was Kate Williams.

And there, lying in bed unable to see around her, she discovered what had gone wrong with her project: Dark Arts.

After that revelation, Kate went to the library daily to visit the botany section. Corentin deliberately avoided her, being aware of the rumours about them. They had spent a lot of time together these past few months, and inevitably, the castle residents would wonder why.

Deaf to the gossip, the bat kept one eye on the library and one on Kate. Unaware that her friend had her back from above, the young witch devoured pages and pages about crossbreeding, the only activity that kept her from thinking about the list.

 The day before the Herbology exam, Kate was sitting at her usual table going over all the ingredients for the potion she had found. With Jorgensen's help, maybe she could grow those fangs.

Voices made her look up. Before long, an unusual commotion where they were standing deafened those looking for a quiet study area.

She saw Corentin, in his bat form, swiftly descending towards the shouting, and followed his path with her eyes. Two of her students, Vivien and Jon, were arguing heatedly, surrounded by their friends. The librarian didn't have to say a word; he just transformed into a human right in the middle of the two, glaring disapprovingly at them until the children dispersed.

Unwilling to perform her duties as an authority figure and scold her students for misbehaviour, she dipped her quill into the inkwell and began copying down the ingredients she would need. She had barely written two of them when movement out of the corner of her eye distracted her.

At a glance she recognised Vivien, who was deep in thought, and pulled a book out of her backpack grumbling to herself. The girl dropped it on the table with a thump.

"Has he been bothering you?" Kate couldn't help but ask. She didn't look up from the page she was reading. She managed to catch a few words in Vivien's mind, but they blended into each other in a swirl of acidity.

"He's been hounding me all week to study with him. He won't leave me alone." Kate put down the quill then and watched as Vivien pretended to read. "I hope after this he gets the idea."

"He won't bother you anymore today." Kate said after a while, "Remember the exam will be in class 82. You'll do fine." Vivien nodded as Kate gathered her belongings.

After asking Corentin's permission to take the book, she walked over to the table where Jon Hopkins was ogling Vivien in the distance, surrounded by his friends.

"Gather your things," she said without greeting, "You've found a study partner."

The boy looked at her as if she had six arms and as a protest began to form on his lips, Kate interrupted him, "It's non-negotiable. Come on, I don't have all day."

The group around Jon pitied their friend as he reluctantly advanced in front of the young teacher outside the library.

"I have to study." He complained as they made their way down the hallway.

"You will accompany me to see Professor Jorgensen and then to the greenhouse. You will study there while I experiment."

"What if I don't want to study?" He challenged. Kate just shrugged.

"Much better. You'll help me with my duties in the greenhouse and with the umbrella flowers. I recommend you find the will to study. I have a lot to do today."

"But why?"

"Maybe then you'll understand what it feels like to have unwanted company."

 Kent Jorgensen gave Kate the ingredients without complaint. She had expected more resistance from him, had even prepared a speech to get the professor to agree, but it hadn't been necessary. She supposed he would want to maintain some diplomacy between them with a gesture that wouldn't set off the time bomb that could destroy professor Angelov's career and life.

Once in the greenhouse, Jon sat in the seat furthest away from her and leaned his elbows on the table pretending to read his notes while Kate waved her wand back and forth.

An array of pots, bottles and boxes surrounded her and with a sigh she set about preparing her potion.

The concoction was composed of a mixture of compounds of both plant and animal origin that Kate had never used before and when mixed together, it flooded the greenhouse with a putrid smell.

After two hours, a small explosion of a suspicious liquid, one miscalculation and several incorrect consistencies, Kate managed to obtain the muddy-looking concoction, which she had to leave to steep for fifteen minutes. It was time for the key part of the process: introducing the desired characteristic into the potion.

Jon looked up from his notebook wearily and watched in disgust as Kate cleaned the inside of a geranium's mouth before pulling a fang out of one of them with forceps.

"Why did you say 'sorry' to it?" The boy asked. Kate looked at him in confusion, waiting for him to elaborate further. "You apologised to the geranium." Kate tsked.

"Well, I just knocked his tooth out. He must not have been amused." She set the tusk down in a glass bowl and proceeded cleaning her workbench.

"You're strange... I mean..." Jon stammered out a few words at the look on Kate's face, who misinterpreted her frown as anger. "It's just... you're good. And kind. Like Professor Mawut." Kate smiled.

"Thank you very much, Jon." She raised an eyebrow and added, "But you're not getting rid of me today." He pursed his lips and returned to his notes.

Movement through the glass of the greenhouse caught her attention and squinting she caught a glimpse of Mer Yankelevich hurrying over the bridge towards the forest. Libor Marek was at her heels.

Marek grabbed the teacher's arm and something he said stopped her in her tracks. After a while, Mer released her grip and retraced her steps towards the castle, leaving Marek watching her from a distance.

"Professor Marek is very brutish." Jon commented, having seen the scene as well. Kate tilted her head, agreeing with the comment, and proceeded to grab the fang with a pair of tweezers. She dipped it into the potion and waited as the tooth disintegrated on contact.

"What do you think of Professor Yankelevich?" She asked absently. Jon grimaced and shrugged.

"She's okay, I guess. She's been pretty angry lately, though."

"Angry with you?" Jon shrugged again. He glanced over to where the two teachers had been having the conversation and turned back to Kate. "Professor Marek has been arguing with her a lot," he whispered, "I don't know why... it's almost lunchtime..."

"Great. I'll finish this and we'll eat together." Jon let out a frustrated sigh and rested his head on his fist. "We shouldn't pry into their business." Kate grimaced hearing herself say that.

She swirled the potion with her wand six times to the left and then eleven times to the right. With each twist, the liquid grew thicker and thicker until it hardened so much that the wand had become trapped inside. But she was not to let go of it, no. The instructions clearly stated that there had to be contact with the wizard for at least five minutes.

Practically breathless, she watched as the stone began to crack from the centre of the wand, slowly breaking into a brown powder. She sighed in relief at the desired result and wiped her wand on her overalls.

After adding water, the end result was a bowl of what appeared to be, but nothing could be further from the truth, soil.

She excitedly sprinkled some of it on all the pots of umbrella flowers, and after watering them, covered them all with a leather tarp.

"Tomorrow we'll know if it worked."

 --

Kate watched her students work through the test she had prepared for them. After nearly an hour and a half, she stood up to relieve her stiff muscles. She walked between the rows of children sitting individually and checked out of the corner of her eye that they were only looking at their parchment. A small, fleeting smile broke out on her face, proud to see that most of the pupils were writing with admirable concentration. Some of them, like Micael Angelov, had supplemented their writing with small sketches.

When she reached the end of the class, she went the other way and leaned against the door.

“You have fifteen minutes left,” she remarked, glancing at the clock.

Young Angelov was the first to stand up. Securing his backpack over one shoulder, he handed the parchment to Kate with a shy smile.

“How did it go?” She checked that he’d written his name and looked up waiting for his response.

“Pretty good.”

Kate nodded with a smile and stepped away from the door to make way for him. A voice whispered her name behind her back and Vivien appeared to hand her her exam paper. Kate repeated the question.

“Very good! It was easy... although I didn’t remember you were going to ask about our herbarium... but I was able to answer them. Professor Williams, are you coming to the Glow-bug shower?”

“What’s that?” she whispered, indicating to Vivien to do the same.

“Professor Rhode explained to us that every year thousands of glow-bugs appear and light up all the mountains. It’s Thursday night. According to her, it’s very exciting.”

 Apparently, Astrid was right. In her healer’s uniform, spelled to withstand the cold, and her hood hiding her ears and forehead, Kate made her way through the crowd in one of the castle towers. She found a gap near the stone wall overlooking the quidditch pitch and rested her hands on the stone.

It was the one night of the year when students were allowed to roam the castle at midnight, on the occasion of the very particular event that was about to take place.

She raised her hand to her neck, adjusting her cloak to protect herself from the cold, and looked up. A blanket of infinite dots stretched above them. The stars guarded the terrain from high above, and with no clouds, they were perfectly visible from any point. Despite the voices and the shouting, there was something about watching the sky that left Kate in awe and isolated from the rest of the world.

She took a deep breath, imagining Charlie next to her, stretched out, side by side on the lawn of the Burrow, hands casually brushing and competing to prove who had been paying more attention in Astronomy.

“It’s bright out tonight,” a low, husky voice brought her back to the present, “At least it’s not a full moon, in which case they’d be unnoticeable.”

She looked down to find Professor Marek standing next to her. She raised her eyebrows, “I didn’t think seeing glow-worms would interest you, Professor.”

“There are many things that interest me, Miss Williams, not just winning duels.” he replied in a monotone voice. “I didn’t know you‘d be interested in this sort of thing... always stuck in that greenhouse of yours with dirt on your fingers. Have you had enough of flowers and leaves?”

Kate huffed, but didn’t take the bait. She merely averted her gaze to her left, where another tower of the castle contained the same number of people as there were around her. Marek also looked around, but didn’t move his feet from the ground. Kate suspected she would have an escort during the event. The question was, why?

The torches on the stone walls around them suddenly went out, raising the murmurs and impatient exclamations of the children. Kate and Marek turned their heads as they heard Professor Yankelevich’s shriek, pleading for silence.

“I remember you were good with protective spells,” challenged Marek

“I can defend myself.” The professor nodded and looked at the tower next door waiting for the signal. A light from a wand announced the teachers were ready to begin.

“We’re going to create a bubble around us, make sure it’s not too high.”

Numerous wands rose into the air, coming from different parts of the castle. A silvery layer began to form over their heads, spreading at full speed through the air from the highest point of the castle to the ground. Once every stone and corner of the place was encircled, the colour of the dome faded until it was completely transparent, invisible to the human eye.

There was a collective urge to hold one’s breath. The anticipation was beginning to be palpable, and even Kate noticed how her body leaned forward, as if to concentrate better.

A tiny spark came into view in the mountains. It was an intense white light, but very small, so small that after a few seconds it disappeared. The general disappointment dissipated as dozens of lights began to scatter in the distance, then hundreds, and before long, the stars seemed noticeably extinguished by the cascade of glow worms drifting in the wind.

Kate had only ever seen one glow worm in her life; in a Care of Magical Creatures class where Kettleburn had brought one inside a jar to show how some people used to use them as lamps. The problem was, and also the reason the teachers conjured up a protective bubble, glow-bugs were deadly.

“Takes your breath away, doesn’t it?” commented Marek without looking away.

She nodded, mouth half-open, gawking at the scene before her eyes; the glow-worms were slowly approaching through the air, carried by the breeze to their heads. The creature comprised a transparent shell that resembled the shape of a Muggle light bulb. Inside was the worm, curled in on itself and emitting an incandescent light.

Several of them bounced off the invisible barrier, creating an almost hypnotic effect on the onlookers. The entire castle was under such a blinding spotlight everyone was forced to squint or shield themselves with their hands.

The worms had scattered within moments; some had strayed into the forest, some into the mountains, and the rest had descended the cliffs, leaving the castle in its usual gloom.

Kate turned to Marek the moment the torches were lit again. A particular, never-before-seen gleam decorated the professor’s eyes, which, as the seconds passed, transformed his gaze into a deep, watery unhappiness.

Marek pulled himself together quickly and as much as Kate longed to know the reason for such emotion, she kept her mouth shut and waited patiently for some dry, cutting remark to ease the tension.

“I don’t know my parents. They died when I was very young.” He proclaimed instead. She stood still, afraid to shoo him away like a bird perching in one’s window to say hello. Despite there being so many people around them, the rest of the teachers were ordering them back to the dormitories, giving them some ironic privacy. Marek was staring off into the distance, “But I have a memory, a very vivid one, of a situation like this. It’s like an anniversary for me, I don’t know what, but that’s how I see it.”

A cruel idea flashed through her mind, one that she was dying to spit in his face, but for the sake of their diplomatic relationship she held back inside her. Her eyes began to burn, and she cursed to herself for being so emotional lately. She carved a frown into her forehead to keep her tears from spilling.

“My adoptive parents never knew where I got such a story...”

“And despite...” she couldn’t hold back, her words would be hurtful and she knew it, but she blurted them out to his face all the same, “And despite not knowing your origins, which may well be non-magical, you make a point of despising those who are different from you. You could be a muggleborn.”

Marek peeled his eyes from the mountains and looked at her with his characteristic sternness. The facade had returned to his face and his heart was shut tight.

“No,” he hissed, “my blood is clean.”

Mer Yankelevich was pushing the last student into the building when he made eye contact with Kate. Surely she had been watching the entire exchange, she thought.

Professor Jorgensen appeared through the door at that instant, averting his gaze to Kate and Marek and then to Mer, intermittently. He closed the door behind him and both professors approached them.

“You’ll never be completely sure of that.” Kate shook her head at his comment, wondering why she’d been so concerned about his feelings. The professor turned sharply and without a goodbye, stomped off to enter the castle and disappeared from sight.

“Is Libor all right?” asked Yankelevich.

“He looks really obfuscated, but that’s usual.”

Kate took a step back, suddenly feeling irrationally cornered.

“He’s been acting strangely for some time now, and an unpredictable Libor can be dangerous.” said Mer.

Jorgensen turned to her, “To my mind, Libor is not an irrational creature...”

“Believe me, I know him well. We should stay away from him for a while, let him clear his head.”

“I don’t understand what you mean, Professor,” Kate said, a little upset. Mer walked over to her, holding her gaze.

“If you spend more time with us, you’ll understand that it’s better to give Libor his space. By the way, the year is coming to an end. Will you still be the Herbology teacher next year? From what I hear, Rhode is thrilled with you.”

“And so are the kids.” Jorgensen pointed out, also interested in knowing Kate’s response.

“I haven’t discussed it with Rhode yet...”

“But you’d like to stay on?” insisted Yankelevich.

“It’s been an interesting opportunity, of course, but...” The conversation was entering swampy territory and as eloquent as Kate could be, she was struggling to find the right words. In the end, following her mother’s advice, she opted to speak a truth. “I’m very lonely.”

“Ah,” nodded Jorgensen, “That’s the effect Durmstrang can have, yes. I bet you’re eager to get home as soon as possible, wherever that is.” Kate nodded slowly, recognising a small, complicit smile on the professor’s face, making her remember their talk months ago.

“Exactly.”

Yankelevich hummed, inspecting Kate closely. Uncomfortable with the interrogation and impatient to regain the safety of her room, she said a hasty goodbye and headed for the door leading to the stairs, leaving Jorgensen and Yankelevich in the starlight.

--

[Part 16]

A/N: Not a very exciting chapter I know, but still important. The end is near my friends.

--

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[thorne93]

The Stars Made Us (Part 23)

Prompt: In this world, you’re one of the “lucky” ones who got a soulmate, but what if the universe gives you more than you bargained for?

(Prompt challenge – You live in a world where your soulmate can write on their skin and you will get the writing on your own and vice versa. Where they can wash away the ink on their own skin, however, the writing is forever scarred onto your skin until you meet face to face)

Word Count: 2638

Warnings: angst and language throughout

Notes: This was supposed to be for @sorryimacrapwriter​​​​​​​  and their challenge like a year ago, I think? I still loved the prompt though and have been working on this story for quite some time. This aesthetic was made by @dontshootmespence​​​​​​​, thank you so much! Beta’d by @like-a-bag-of-potatoes​​​​​​​, couldn’t have done it without you, as well as @carryonmyswansong​​​​​​​ and @arrow-guy​​​​​​​ and @mrs-dragneel-stark-solo​​​

Also, I’ve never really liked the whole soulmate AU thing idea, but this felt so right and it was amazing to write. I hope y’all love it too!!

~~~~~~~~~~~~~~~~~~~~~~

Another day of practical training and you were observing in the courtyard on the sidelines. Mordo was instructing everyone but Stephen just wasn’t getting the hang of it. After several minutes, The Ancient One stepped into the area and requested she be alone with Stephen. Mordo obliged and the class followed him inside. You stayed off to the side, watching. 

“My hands,” Stephen said in defeat.

“It’s not about your hands,” she countered.

“How is this not about my hands?” he defied.

“Master Hamir?” she requested. 

Master Hamir exposed his hand, and then an arm with no hand. He was able to cast the magic and spells, with no hand at all. This clearly dispelled all of Stephens’ preconceived notions of his failings. 

“Thank you, Master Hamir. You cannot beat a river into submission. You have to surrender to its current, and use its power as your own,” she advised.

“I… I control it by surrendering control? That doesn’t make any sense,” he said, the frustration clear in his tone. It was the same frustration you heard every night when you tried to teach him, or after every session he had with Mordo and he wasn’t any better than before.

“Not everything does. Not everything has to,” she insisted firmly. “Your intellect has taken you far in life. But it will take you no further. Surrender, Stephen. Silence your ego and your power will rise. Come with me,” she ordered as she formed a portal. 

The two of them walked through and you frowned. You went down a few steps to see where they’d gone. It looked snowy. 

Suddenly you heard her say, “Surrender, Stephen, and then she returned… by herself and the portal closed. 

Your eyes went wide as your heart raced. You ran forward to stand beside her. 

“Wha--Where is Stephen?” you asked, panicking. 

“On top of Mount Everest.” 

“Mount Everest? Oh, okay. Uh, and how is he supposed to get back?” you wondered, trying to keep the panic out of your voice. 

“On his own. He must surrender to the power, just as you did.” 

“That’s different, I just focused really hard.”

“You downplay your intellect and your abilities to everyone you know. It isn’t a nice characteristic, Y/N,” she noted. “You didn’t just focus, you believe in a power bigger than yourself. When you found out you had a mate, you didn’t doubt it for a moment.”

“Well no, why should I?” 

“Why Indeed. Stephen needs to gain the same faith and courage you do. That’s all.”

“What if he freezes to death in the meantime?” 

She didn’t respond, her eyes trained forward as Mordo came down, asking about the new recruit. You stood between the two, wringing your hands nervously, your chest tightening as you waited. You didn’t have a sling ring on. You couldn’t get to him. Besides, even if you did, maybe this tough love exercise is what he needed.

After another ion seemed to pass, finally, a spark outlined tunnel opened and Stephen fell through. You fell to your knees, your hands going all over him to ensure he was alright. He held onto you, relishing in your body heat. He felt positively ice cold. But he did it. 

You were so proud of him, you hugged him tightly. 

---------------------

As soon as he got a hot bath, he asked you to help cut his hair. He was ready to move on, and this was a symbol of moving on. He was done with the pity party. You helped cut his hair much shorter to his liking, and quite honestly to yours. Then you worked on shaving him, but when you got to his chin, he stopped you, telling you to leave it. Once you wiped away the cream, he worked some trimmers over the leftover goatee and mustache. 

“Damn, Strange, you clean up nicely.”

He smirked. 

“Is this how you looked at the hospital?”

“No facial hair,” he noted, “but for the most part, yes.” 

“I like it,” you said sincerely, with no hint of jest. You nodded as you admired him from the side. “It suits you, very well.” 

--------------------

After a while, he wanted to progress in the program much more quickly. He requested books on astral projection from Wong, but he refused. Being a tempestuous, he broke into the library via portals and took the books he wanted. 

As Wong had said, no knowledge is forbidden. 

Before long, Stephen was starting to read in his sleep. He used his astral form to take up the knowledge while he rested, giving him 24 hour access to literature he needed. 

Things progress quickly for him regarding his sorcery. Meanwhile, you read from the library, took notes leisurely, shopped in the nearby markets, and watched Stephen. Watching him learn was like watching Mozart write concerto. Once or twice he caught you staring at him. 

“Didn’t anyone tell you it wasn’t polite to stare?” he deadpanned.

You smirked and laughed, turning back to your laptop to write another email to Charles. When you weren’t looking, Stephen smiled to himself as well. 

One day, you were in the library, getting Stephen’s next round of books, but he was busy training for the day, so you thought you’d get a jump start on them. He ended up training well into the evening and you fell asleep at the table in the library. 

When he couldn’t find you, he got concerned, only for one of the other students to call to his attention that you were in the library. The two of them walked over and she pointed at you. Stephen was relieved to see you. He walked up and admired you for a moment. 

Not just how peaceful you looked but what you meant to him. You had once said that out of everyone he knew, colleagues, friends, everyone, you were the only one to stay. Even Christine up and left after one too many Strange Tantrums. Not only did you stay, but you fulfilled every role he needed in his life at the drop of a hat. Maid, cook, nurse, friend, confidant. You convinced him to come here, you trained with him every night, and you didn’t have to. You could’ve let him come on his own, face it by himself. You could’ve left once he got settled in. You could’ve done your own business while he trained. 

But you were with him every step of the way. And while Christine was nice, and bent over backward for him, she wasn’t you. She didn’t risk a relationship with another soulmate, just to save someone else. You did though. You were wholesome, good, and kind. You were tender, but firm. Fierce, but soft. Loving, but 

And he was in love with you. 

He picked you up and you groaned, your head lolling back as he carried you bridal style across the courtyard to your bedroom. He got you undressed and crawled in bed beside you. He wrapped his arm around you, feeling the love and freedom wash over him. 

Now, he just hoped you felt the same. 

-----------------

He informed you that the Ancient One said that if she told him any more than he didn’t already know, that he’d run from the temple in terror. You said that was an odd thing to say, but perhaps they guarded many secrets of the world. But it did make you wonder what exactly was going on.

Stephen had moved into the more physical part of his training - learning to fight. 

You , as always, sat in the corner of the courtyard sipping tea, reading, and observing Stephen as he trained. This never made him feel put on the spot or insecure. Quite the opposite, as a lover of all things that stroked his ego, he quite liked having an audience. 

You studied him, his movements, what Mordo had taught him and other masters. And just like with the magic, you trained every night with him. Sometimes Mordo even allowed you to train with the other students because he felt self-defense is good general knowledge. 

One morning, you were getting ready to go to the kitchen to grab lunch with Stephen. As you started to walk out, Stephen said, “Uh, hold on, one sec.” 

“Why? Something wrong?” you asked, your brows furrowing. 

“No, no. Uh, how would you feel about going out to eat?” he asked. 

“Sure, where were you thinking?” you wondered. 

“How about dinner on the beaches of Bora Bora?” he inquired as he opened a portal and before you was the most magnificent sight you’d ever seen. Pinks and blues paint the sky as a warm, inviting beach had gentle waves lapping on the beach. The salty mist of the ocean wafted in at you through the open portal. 

A table with two chairs and candles were directly in focus of you. 

You turned to him in awe. “I--Are we allowed?” you wondered.

‘Yes, I actually asked permission,” he informed. 

“You? Asking permission? I’m in disbelief.” 

He rolled his eyes while smiling. “Would you like to join me or not?” he questioned, knowing full well you did. 

“Yes,” you quietly answered. 

The two of you walked through the gateway, and the smell of the ocean hit you, making you feel relaxed instantly. Stephen walked you over to the table, pulled a chair out for you, then took a seat himself. 

“How exactly did you manage to pull all of this off?” you wondered. 

“I called down here, after getting permission from the Ancient One, and informed them we’d like a beach side reservation for two at this time.” 

“How did you know I’d say yes?” 

“You’re a hopeless romantic, that’s how,” he informed with a smirk that made his eyes light up and you couldn’t argue with him. 

“What did you say to the Ancient One?” you asked as a waiter came by to fill your glasses with lemon water. “How did you convince her to let us come here?” 

He bobbed his head. “I promised to stop opening gateways in the library to steal from Wong. And, Kamar-Taj isn’t a prison, Y/N, we can leave anytime we like. Or you, should you desire to leave at any point. We’re allowed to leave the temple.”

“Well yes, but using your sorcery for frivolous trips like this …”

“I may have also mentioned how… trying I’ve been to you. How awful I was when you first arrived at my apartment and how I have yet to make up for all the things you’ve done for me. Knowing that we’re soulmates and that you and I haven't done anything else to upset the balance at Kamar-Taj--”

“Other than you stealing library books. I told you not to do that. I order you to give those back,” you reminded sternly. 

“Right, other than my petty borrowing, we have been perfect students. She didn’t see any reason why we couldn’t steal away for an hour or two.” 

“That was very kind of her, and thoughtful of you. Thank you for this.” 

He made a face of dismissiveness. “Oh, it’s nothing.” 

You shook your head, laughing. “Is it nothing because you’ve been here with another girl, perhaps? A repeat offender?”

“Are you trying to see if I’ve taken Christine here?” he asked, eyeing the menu.

“Her, or any one else.” 

“To assuage your jealousy, no. I’ve never taken anyone here. Christine and I never left New York together, let alone go anywhere exotic. No, I’ve actually been here by myself. A little graduation present from my family.”

“Oh, that must’ve been nice. A family vacation out here.” 

“Wasn’t a family vacation. They sent me alone.” 

“Oh,” you said, sounding sorrowful and embarrassed. 

He put down his menu. “It’s okay, Y/N. You had no way of knowing. But yes, my family and I are not close. They’re rich and after the passing of my sister, we all grew rather distant.” 

“I’m sorry to hear that.” 

“Well, it’s been many years now. Let’s not dwell on it,” he encouraged with a smile. “So, what looks good to you?”

“Uh, a lot, actually,” you said, picking up the menu. 

“Same. Typically, the only tough choices I ever have are ordering from a menu,” he mused. 

“Really? What about letting me stay? Was that a tough choice?” 

“I didn’t choose that, you barged it,” he retorted with a bit of whimsy.

“Oh, like you couldn’t stop me or call the cops. You wanted me to stay. Why I’m not sure. I mean, I know now why you were so upset, but back then… why did you let me stay?”

He let out a small sigh, setting his menu down. “Because, for some inexplicable reason, the moment I saw you, I felt… better… whole.. I’m not entirely sure. When I was with Christine or any other woman for that matter, I never felt as if… I wanted to let them in. I never wanted them to see me weak, fail, hear about my past, my family. Any of it. When Christine tried to care for me, I resented her for it. I didn’t want her or anyone else to know how broken I was, inside and out. But for some reason, when you saw me, I looked in your eyes and sort of thought ‘everything’s going to be okay’.”

Somehow, you’d leaned close into him at the table, getting enraptured in him. 

“I knew you weren’t going to think less of me, and since I was at rock bottom when you met me, I thought the only place I could go is up. For some reason, I took a leap of faith with you that I’d never done with anyone else. You seem to make me do that. Do things I wouldn’t normally do, take risks I wouldn’t normally take. Believe in things I never thought possible.”

“I had no idea I had that effect on you. I thought it was only me,” you noted in amazement.

“Well you do, and while I haven’t said officially, I do want to thank you for everything you’ve done for me. I hope I can return the favor one day.”

“I hope you return the favor for many days,” you breathed. The second it was out of your mouth you realized what you had said, and the implications behind it. 

The more time you spent with Stephen, the more complicated things were with you and Charles. You loved both of these men, equally. Both were set to complete your soul. But you knew one day, you’d have to choose. One man for one lifetime, that’s how it worked, right?

One day, you would have to pick a man to live with, marry, spend the rest of your life with. 

How do you do that when one half of your heart loves one, and the other half loves the other? 

“I do too,” he said with a bit of a grin. 

The two of you ordered and chit-chatted about his training. Eventually conversation flowed into your younger years of college and friends. You had told him about Jenny, a topic that really hadn’t surfaced much. You couldn’t imagine what Jenny would think of your life right now. You made a note to reach out to her to see what she was up to. She was giddy with excitement when she found out you had one soulmate, when she found out you had two, she would absolutely flip. 

He told you funny stories about the OR, you told him some wild stories about your patients. The two of you seemed to be in stitches all night before returning to the temple to go back to the daily grind of training, but the rest of the day, you spent it as if you were in a honeymoon phase.

~~~~~~~~~~~~~~~~~~~

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