#capa system

[anebellet]

▪︎ Uma capa, uma música da RBD

• Capa 14/14 • Por Besarte - Disponível em breve • BingQiu - Scumbag System

☆ Doze capinhas inspiradas em músicas da RBD finalizadas, aqui vai o segundo e último bônus, que também não é da banda, mas fazia parte da novela, então como inesquecível está aqui nesse pacote.

☆ Aaa eu amei demais fazer essas capinhas, Rebelde faz parte da minha história e sei que da de muitos também, por isso fica aqui a minha singela homenagem.

☆ Lembrando: a doação será no dia 23/05 à partir das 11 horas da manhã, aguardo vocês ♡

[eqmsqualityze]

CAPA management software - Qualityze

CAPA Software (Corrective and Preventive Action software) is a specialized tool designed to manage the identification, investigation, and resolution of quality issues within an organization. It helps track nonconformances, implement corrective measures, and prevent recurrence, ensuring compliance with industry standards such as ISO 9001, FDA 21 CFR Part 11, and more. 

Qualityze CAPA Management Software is a powerful tool for organizations aiming to improve their quality management processes, enhance compliance, and promote operational excellence. 

Qualityze CAPA Management: 

Built on Salesforce, offering scalability and flexibility. 

Integrates with other quality management modules like audit and risk management. 

It transforms CAPA into a strategic, value-adding activity that strengthens overall quality performance.   

Benefits of CAPA Software 

Improved Compliance: Ensures adherence to regulatory standards by maintaining a structured approach to corrective and preventive actions. 

Streamlined Processes: Automates workflows to save time and reduce manual errors. 

Enhanced Risk Management: Identifies and mitigates risks proactively. 

Continuous Improvement: Drives quality improvements by analyzing trends and addressing recurring issues. 

Audit Preparedness: Maintains complete and traceable records for regulatory inspections and audits. 

[amplelogicpharma]

Why Medical Device Companies Need CAPA Software to Ensure Quality & Safety

In the fast-paced world of medical device manufacturing, ensuring the highest quality and safety is not just a goal—it's a regulatory necessity. Whether it’s preventing defects, reducing risk, or meeting stringent FDA guidelines, medical device companies must maintain rigorous oversight of their processes. One essential tool that’s become a game-changer for quality management is CAPA (Corrective and Preventive Action) software.

CAPA management software helps companies address potential and existing problems in their processes, products, and even documentation. But why is it a must-have for medical device companies? Let's break it down.

1. The Increasing Complexity of Regulatory Requirements

Medical device companies are under intense scrutiny from regulatory bodies like the FDA, which mandates a thorough CAPA process as part of its quality management system (QMS) requirements. Any deviation from expected outcomes must be investigated, documented, and corrected, and that’s where CAPA software steps in.

Manually tracking these actions is not only inefficient but prone to errors, potentially leading to non-compliance. CAPA software automates and streamlines the process, ensuring that every corrective and preventive action is properly documented and traceable.

By utilizing CAPA management software, you can rest assured that your company stays compliant with FDA regulations, ISO standards, and other governing bodies without the headache of constant manual oversight.

2. Improved Root Cause Analysis

One of the cornerstones of CAPA is identifying the root cause of an issue and addressing it to prevent recurrence. Without a systematic approach, identifying this root cause can feel like finding a needle in a haystack. CAPA software for pharma and medical device companies simplifies this by providing structured workflows and analytics to aid in root cause analysis.

Using this software, you can quickly spot trends, identify recurring issues, and prevent them from impacting the quality of your medical devices again. This not only helps with compliance but significantly reduces production downtime and costs associated with defects.

3. Enhanced Risk Management

Risk management is critical in the medical device industry, where any product defect can have life-threatening consequences. CAPA software provides an integrated approach to identifying, assessing, and mitigating risks across the entire lifecycle of a product.

The software enables you to connect CAPA processes with risk management practices, ensuring that any issue flagged in the CAPA system is immediately assessed for risk. This means that potential hazards are caught early, corrective actions are implemented swiftly, and patient safety is protected.

4. Real-Time Data and Reporting

In today’s data-driven world, real-time visibility into operations is essential. CAPA management software offers robust reporting and analytics features, allowing decision-makers to monitor the performance of their quality management processes in real time.

Imagine being able to pull a detailed report on the status of all open CAPAs in seconds. You’ll know exactly which areas of your production line need attention, where risks lie, and how your preventive actions are performing—all without digging through endless spreadsheets.

The ability to access real-time data not only keeps you compliant but ensures your quality control processes are always proactive, never reactive.

5. Increased Efficiency and Collaboration

Let’s face it—managing CAPAs manually is a time-consuming, cumbersome process that often involves multiple departments. From quality assurance to manufacturing, everyone needs to be on the same page.

CAPA software centralizes this process, allowing different teams to collaborate seamlessly. When an issue arises, all relevant stakeholders are automatically notified, action plans are clearly defined, and responsibilities are assigned. This collaborative approach reduces bottlenecks, speeds up problem resolution, and ensures everyone has access to the same information.

6. Scalability for Growing Companies

Whether you're a startup or an established player in the medical device industry, your company’s processes will grow in complexity over time. The beauty of CAPA management software is that it scales with your business.

As your operations expand, you’ll need to manage an increasing number of corrective and preventive actions. CAPA software can handle this growth seamlessly, ensuring that your quality management system remains robust, no matter how big your company becomes.

Conclusion: Invest in CAPA Software to Ensure Quality and Safety

In the world of medical devices, there’s little room for error. Regulatory compliance, patient safety, and product quality are all critical, and CAPA management software ensures that your company maintains the highest standards in all these areas.

By automating and optimizing your CAPA processes, this software can help you save time, reduce risk, and ensure that quality and safety remain at the heart of your operations.

If you’re looking to boost compliance, streamline workflows, and safeguard your products, investing in CAPA software is the way to go. Start today and give your company the tools it needs to succeed in this highly regulated industry!

[adaptivebms]

Discover the latest trends in CAPA software and explore future insights to stay ahead in quality management. Dive into expert analysis and predictions for the future of CAPA systems from Issuu, ensuring your organization remains at the forefront of compliance and innovation.

[quality-management-software]

A Complete Guide on Using Software for Quality Management in Your Company

To remain competitive in today's fast-paced business environment, it is essential to maintain high quality standards. Quality Administration Programming (QMS) has arisen as a crucial device for associations planning to smooth out their cycles, improve item quality, and conform to industry guidelines. Although it can be a transformative step, carefully planning and carrying it out is necessary. The steps involved in implementing QMS in your business are covered in detail in this guide.

Understanding Quality Management Software An integrated system that aids organizations in managing and streamlining their quality processes is known as quality management software. Document control, non-conformance management, corrective and preventive actions (CAPA), audit management, risk management, and other modules are typically included. The goal of QMS is to guarantee that goods and services adhere to consistent quality standards, which are necessary for customer satisfaction and regulatory compliance.

Advantages of Executing QMS Executing QMS offers various advantages, including:

Increased Productivity: Employees can concentrate on activities that are more strategic when quality processes are automated because manual tasks require less time and effort.

Improved adherence: By providing a methodical approach to quality management, QMS assists businesses in complying with industry standards and regulations.

Management of risk: Quality management systems (QMS) reduce the likelihood of quality issues by proactively identifying and addressing potential risks.

Using data to make choices: The availability of real-time data and analytics through QMS makes it possible to make well-informed decisions and to continuously improve.

Consumer loyalty: Customer trust and loyalty rise when products and services are consistently of high quality. Steps to Putting QMS into Practice Examine Your Needs and Set

Goals: Figure out what you intend to accomplish with QMS. Product quality enhancement, regulatory compliance assurance, and operational efficiency enhancement are all common objectives.

Assess the current procedures: Lead an exhaustive evaluation of your current quality cycles to recognize holes and regions for development.

Choose the Right QMS and Define Your Needs: Outline the specific features and functions you require in a QMS based on your objectives and current procedures.

Options for Research: Investigate different QMS arrangements accessible on the lookout. Consider factors like usability, adaptability, joining capacities, and seller support.

Test and Compare: Request demonstrations from the shortlisted vendors and compare the systems to your specifications.

Get Support from Executives and Stakeholders: Make sure that the QMS implementation has the support of upper management. Obtaining the necessary resources and driving organizational change require their support.

Include Important Departments: Engage representatives from various departments, including compliance, IT, quality control, and production, to get their input and address their concerns.

Create a project plan for the implementation: Create a comprehensive project plan outlining the QMS implementation's timeline, milestones, resources, and responsibilities.

Establish a Implementation Group: Form a cross-functional team to carry out the project's plan. Members of this team ought to have experience in IT, project management, and quality management. Arrange the QMS

Alter the Framework: Adjust the QMS to meet your particular needs and processes. Integration with other systems, workflow configuration, and user roles and permissions are all examples of this.

Migration of Data: Plan and execute the relocation of existing quality information to the new QMS. During the transfer process, guarantee the integrity and accuracy of the data.

Develop training programs for your team: Create extensive training programs to teach workers how to use the QMS effectively. Best practices, workflows, and system functions should all be covered in training.

Offer Continuous Help: Lay out an emotionally supportive network to help workers with any issues or questions they might have during and after the execution.

Conduct a pilot run for pilot testing: Test the QMS's functionality and identify any potential issues by implementing it in a controlled, small environment.

Collect feedback: Gather criticism from clients engaged with the pilot run and make important changes in light of their feedback.

Roll out the system on a massive scale: Proceed with the full-scale implementation of the QMS throughout the organization once the pilot testing proves successful.

Observe and adjust: To ensure that the system meets your quality management goals, keep an eye on its performance and make any necessary adjustments.

Continuous Improvement Evaluation and Review: Examine the QMS's effectiveness on a regular basis and how it affects your quality processes.

Implement Changes: Implement ongoing improvements to improve the QMS and achieve better outcomes based on the findings of the review. Normal Difficulties and Arrangements Carrying out QMS can introduce a few difficulties, yet these can be overwhelmed with cautious preparation and execution. Common difficulties and their solutions are as follows:

Solution for Resistance to Change: Establish a culture that values quality and constant improvement. To get employees' support, explain the advantages of QMS to them and involve them in the process of putting it into practice.

Solution: Insufficient Training Ensure that employees are familiar with the new system by investing in comprehensive training programs and providing ongoing support.

Problems with migrating data? Solution: Plan the information relocation process cautiously and lead intensive testing to guarantee information precision and uprightness. Combination with Existing Frameworks

Arrangement: Select a QMS that integrates seamlessly with your current systems and collaborate closely with your IT team to resolve any technical issues.

Solution for Maintaining Compliance: Remain refreshed with industry guidelines and guarantee that your QMS is arranged to meet these prerequisites. Audits and reviews on a regular basis can help ensure compliance. Consider the following best practices for a successful QMS implementation to guarantee its success:

Set Clear Targets: Obviously characterize your objectives for carrying out QMS and impart them to all partners.

Pick the Right Situation: Choose a quality management system (QMS) that can grow with your business.

Stakeholders' Engagement: To ensure their support and commitment, involve key stakeholders from the beginning.

Provide Enough Education: Give your employees the skills and knowledge they need to use the QMS well.

Observe Progress: Keep an eye on how the implementation is going and make any necessary adjustments.

Center around Constant Improvement: Utilize the QMS to discover areas in need of improvement and make adjustments to improve your quality procedures. Real-World Examples of QMS Implementation To illustrate the impact of QMS implementation, the following are some examples from the real world:

Example from the healthcare industry: In order to comply with healthcare regulations and enhance patient safety, a large hospital implemented QMS. The system helped to automate CAPA Management procedures, manage non-conformances, and streamline document control. The hospital saw an increase in compliance with regulatory standards and a significant decrease in medical errors as a result.

Example of the manufacturing industry: In order to lower production costs and improve product quality, a manufacturing company implemented QMS. The business was able to quickly identify and address quality issues thanks to the system's real-time analytics and data. As a result, there were fewer defective products and more satisfied customers.

Example from the food and beverage industry: QMS was implemented by a food processing company to guarantee food safety and conform to industry standards. The system made audits, inspections, and supplier quality management easier to manage. The company maintained high food safety standards and improved control over its quality processes. Future Patterns in QMS As innovation keeps on developing, QMS is likewise expected to progress. Future QMS trends include the following:

Trends in Machine Learning and Artificial Intelligence: By providing advanced data analytics, predictive insights, and automated decision-making, AI and ML will play a significant role in QMS.

Integration of the Internet of Things (IoT): In order to provide real-time monitoring and control of quality processes, IoT devices will be integrated with QMS, resulting in more accurate and timely data.

Trend in Cloud-Based Solutions: Due to their accessibility, scalability, and flexibility, cloud-based QMS solutions will continue to gain popularity.

Trend in Mobile Accessibility: Employees will be able to access quality management tools and data while on the go with mobile-enabled QMS, which will improve collaboration and productivity.

Trend for a Better User Experience: Through user-friendly interfaces, individualized dashboards, and streamlined workflows, QMS platforms will concentrate on improving user experience.

In conclusion, implementing Quality Management Software in your business can be a game-changer that increases customer satisfaction, compliance, and efficiency. You can guarantee a successful QMS implementation that drives continuous improvement and business success by adhering to best practices and following the steps outlined in this guide. You'll be able to take advantage of new opportunities and keep your edge in the market by staying up to date on QMS trends as technology changes.

[bmqualitymaster]

CAPA Software |Corrective Action and Preventative Action

Harness Corrective Action Management Software capability to anticipate and resolve issues before they arise. CAPA software helps you streamline your quality procedures, determine NC and access CAPA records to win the quality game.

[marshalatte]

Corrupted!Admin Jesse AU (MCSM Trojan AU)

in summary: jesse, without knowing, accidentally inherited admin powers during the fight w/ romeo in the terminal and later on gets infected by a virus or whatever ill figure out the terms and naming (...someday..)

doodle w/ jesse top right is a more simplified and nutshell-ified version of what actually happened

ALSOO romeo is there for a reason. in this AU, jesse acts as the main antagonist since his (with the virus' heavy influence) main goal is to basically catch and kill romeo in order to lower the world's veil of security and allow otherworlders to breach into the world

More defined explanation below (and also the first concept art ive made of him at the end):

(this au happens after xara dies, romeo lives, & jesse chooses to stay in beacontown)

BACKGROUND

the world is incapable of functioning without the existence of an admin. this is primarily because the presence of an admin deters 'otherworlders' from tresspasing into the world and disrupting order

this measure was put in place ever since the 'server' came to existence by the “the server owner”  + the server owner is long gone/inactive with their powers were passed down to the three (ex)admins

STORY

the golden gauntlet's purpose was meant to get rid of an admin's powers, not store. during the scene ROMEO was being stripped of his authority, the gauntlet served as a medium of power transfer between ROMEO and JESSE, causing JESSE to absorb ROMEO's powers.

the final punch that took away ROMEO's powers ended up causing a temporary rift to tear open which led to an unknown being to breach into the server, tricking the cast by acting as a humble traveler, and latching onto JESSE—corrupting him and forcibly awakening his status as an “admin”

the virus brainwashed/heavily influenced him into lowering the veil of security of the world so he'd be able to overthrow and allow the other otherworlders inside, but he was restricted due to the command greatly affecting the very fabric of the world. his order was automatically cancelled and overridden + his authority was insufficient to cause a change that large. all this because ROMEO was still alive.

outer beings are chaotic entities that exist outside a world/server, if a large amount of these entities were to enter a server it would cause system instability and lead to the degradation of the entire world

in the scenario that the world is breached: these outer beings can corrupt and spread to other people, phase objects/structures/etc in and out of existence like it never existed, cause the temperature to increase, and basically cause the known world to become uninhabitable

POSSOBLE QUESTIONS

1.) Why and how is Romeo capable of overriding Corrupted!Jesse's command even though his powers were taken away?

Even if an admin's powers were taken away, if they were once an admin—their being still remains. The 'world' is capable of remembering their existence because the 'world' is connected/the source of the admins powers. (Basically the 'world' has a history of whoever were past admins and still counts them as authority figures IN THE CASE another admin wants to carry out a command that shakes up the 'world' it holds a vote. Additionally, when it comes to a vote, an admin's default response is a refusal. If all admins are inactive and only one remains, their power is absolute and the sole admin has zero restrictions)

2.) If Corrupted!Jesse's goal is to find Romeo and kill him, couldn't he just teleport the guy and be done with it?

Although the virus controls Jesse's body and influences his actions for the majority of the time—the real Jesse is actually still conscious and aware of what's going on. Since Jesse is aware of what would happen if 'he' were to find Romeo, every time 'he' tries to teleport him or do anything that results in automatically finding himself—he stops it.

3.) If that's the case, can't he just stop himself from 'himself'?

However, while he is still conscious and capable of stopping 'himself', doing this takes willpower which exhausts his energy—when this happens he ends up blacking out and during this he becomes unconscious. (He only regains the memories of what 'he' did when he wakes up from his blackout). In short, he doesn't have enough energy/willpower to kick the virus out of his system

4.) How does this virus work? How does it control and affect Jesse?

The virus essentially becomes Jesse's neighbor. It directs itself to Jesse's admins powers and controls his mind due to his direct contact with said powers. Because the virus doesn't belong from this world, it is incompatible with Jesse's body which is why it glitches and bleeds black. Since the virus is the major power in Jesse's own body, it causes Jesse to be within a limbo-like state between asleep and awake. Additionally, the virus sees itself doing no wrong—portraying itself as a saint proclaiming how it only wants to let its kind have a place to stay and demonizes the main cast for being selfish and inconsiderate.

AU was mainly inspired because i wanted to see admin!jesse but with a twist (ㅅ´ ˘ `)

[littlefandomfairy]

Neil Lewis | Robert Capa | Lenny Miller | Emmett | Henry Wilson

🩷 (fluff) 🍆 (smut) 😈 (angst) 🩹 (hurt/comfort)

*fic rec masterlist*

Neil Lewis (Watching The Detectives)

you already know (series) by @mypoisonedvine (individual warnings)

she's my best friend by @differentclasss 🩷🍆👿

first date movies by @willaferrreyra 🩷🍆

you're the only one who makes me feel alive by @cillianhead 🍆👿

in my neighbors pool by @your-nanas-house 🩷🍆

dry humping by @pictureinme 🩷🍆

pool party by @slut4thebroken 🩷🍆

Robert Capa (Sunshine)

gravity by @system-to-the-madness 🩷

needy by @mysaintkitten 🩷🍆

Lenny Miller (Anna)

daddy kink by @darthannie 🩷🍆

take me back to hawaii by @madame-wilsonn 🩷🩹

breeding kink by @darthannie 🍆

love of his life by @aphroditeslover11 🩷🍆

Emmett (A Quiet Place Part II)

good girl, stay quiet for me (series) by @salbei-141 (individual warnings)

hypothermia by @beastofburdenxo 🍆🩹

home improvement by @slut4thebroken 🩷🍆

it's always the quiet ones by @kiss-me-cill-me 🍆

scream for me by @cillianhead 🩷🍆

Henry Wilson (Dunkirk)

his little family by @madame-wilsonn 🩷

roses by @madame-wilsonn 🩷

sunrises and hot chocolate by @madame-wilsonn 🩷🩹

blurb by @springsteens

[theforbiddeneden]

A breakdown of Two's album Artwork By PINQTEETH - ENG TO PTBR

FULL CR TO PINQTEEH, link

A quick summary of this post:

I found every component used across Two's visual elements; I'll point out exactly where they were implemented and give a tiny bit of context to the illustrations as well.

I will be using the single release images (seen above) for comparisons to the source illustrations, as the black and white make them clearer to see. All source images still apply to the outer CD casing, where the same designs are also featured (except for the cover and flap being reversed).

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Um resumo rápido deste post: Eu encontrei todos os componentes usados nos elementos visuais de Two; vou mostrar exatamente onde eles foram aplicados e também dar um pouco de contexto sobre as ilustrações. Vou usar as imagens dos singles (vistas acima) para fazer comparações com as ilustrações de origem, já que o preto e branco as torna mais fáceis de visualizar. Todas as imagens de origem também se aplicam à parte externa da embalagem do CD, onde os mesmos designs aparecem (com exceção da capa e da aba, que são invertidas).

I hope you find this a little bit interesting (and that its decently readable, formatting is hard), worship :]

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Espero que você ache isso pelo menos um pouco interessante (e que seja razoavelmente legível, a formatação é difícil), adoração :]

Design for Sri Kalyana Venkateshwara Temple

Calcutta / Sri Kalyana Venkateshwara Temple design

The illustration most recognised as being the centrepiece for Two's visuals as well as Calcutta's single artwork comes from a design for a traditionally constructed Hindu temple in the 12th-century style of the Hoysala dynasty, created by Adam Hardy of Cardiff University.

The Sri Kalyana Venkateshwara Hoysala Art Foundation commissioned the temple, which is dedicated to Vishnu in the form of Sri Venkateshwara, with the goal of revitalising regional cultural traditions by serving as a religious centre, a venue for music and dance performances, and a destination for thousands of worshippers and tourists. The design was mainly developed in 2010, with minor adjustments made up until 2013, and began physical construction in 2017.

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A ilustração mais reconhecida como sendo a peça central dos visuais de Two, assim como da capa do single Calcutta, vem de um projeto de um templo hindu construído de forma tradicional, no estilo do século XII da dinastia Hoysala, criado por Adam Hardy da Cardiff University. A fundação Sri Kalyana Venkateshwara Hoysala Art Foundation encomendou o templo, que é dedicado a Vishnu na forma de Sri Venkateshwara, com o objetivo de revitalizar as tradições culturais regionais, servindo como centro religioso, local para apresentações de música e dança, e como destino para milhares de devotos e turistas. O design foi principalmente desenvolvido em 2010, com ajustes menores feitos até 2013, e a construção física começou em 2017.

Sources: Image source - https://architexturez.net/system/files/pdf/Hardy_A%2520New%2520Hoysala%2520Temple%2520orca%2520rev.pdf https://www.cardiff.ac.uk/news/view/795958-work-gets-underway-on-welsh-designed-indian-temple

Elevation Of A Hindu Temple

Calcutta / Nazareth / Elevation Of A Hindu Temple

This illustration is featured on the edge of both Calcutta and Nazareth's cover art and is an architectural print presenting the elevation of a Hindu temple, originally engraved by by Kasheenath from Calcutta. It was displayed alongside 'Benares Illustrated' by James Prinsep, a work published in 1831 that aimed to capture the architecture, customs, and cultural heritage of the Indian city of Varanasi (then called Benares).

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Essa ilustração aparece na borda das artes de capa tanto de Calcutta quanto de Nazareth e é uma gravura arquitetônica que apresenta a elevação de um templo hindu, originalmente gravada por Kasheenath, de Calcutá. Ela foi publicada junto com Benares Illustrated, de James Prinsep, uma obra lançada em 1831 que tinha como objetivo retratar a arquitetura, os costumes e o patrimônio cultural da cidade indiana de Varanasi (então chamada Benares).

Sources: Image source - https://commons.wikimedia.org/wiki/Category:Art_works_by_James_Prinsep#/media/File:Elevation_Of_A_Hindoo_Temple_by_James_Prinsep_1831.jpg https://www.christies.com/en/lot/lot-191352

Princely Summer Residence

Princely Summer Residence 8

Princely Summer Residence 9

Princely Summer Residence 11

Calcutta / Nazareth / Princely Summer Residence 11

Nazareth / Princely Summer Residence 8 (flipped)

Nazareth / Princely Summer Residence 11 (flipped)

Jericho / Princely Summer Residence 8

Jericho / Princely Summer Residence 8

Most of the different components used across all 3 singles' respective artworks are made up of pieces of Otto Schmalz's Draft For A Princely Summer Residence. The illustrations were created as a submission for the Schinkel competition (an architectural design competition held in Germany, named after the 19th-century architect Karl Friedrich Schinkel) in 1886, rather than having their future construction in mind.

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A maioria dos diferentes componentes usados nas artes de capa dos três singles vêm de partes do projeto Draft For A Princely Summer Residence, de Otto Schmalz. As ilustrações foram criadas como uma submissão para a Competição Schinkel (um concurso de design arquitetônico realizado na Alemanha, nomeado em homenagem ao arquiteto do século XIX Karl Friedrich Schinkel), em 1886, sem a intenção de que fossem realmente construídas no futuro.

Sources: Image source - https://architekturmuseum.ub.tu-berlin.de/index.php?p=51&SID=17303218893220 https://benedante.blogspot.com/2015/11/otto-schmalz-plan-for-royal-summer.html

All Saints' Church, Wittenberg pulpit

Nazareth / All Saints' Church pulpit

The design featuring as a roof of sorts to Nazareth's main section of Princely Summer Residence is the top half of the pulpit in All Saints' Church, Wittenberg.

It was designed by Friedrich Adler, who modelled it off of the Gothic choir pews inside St. Anne's Church, Annaberg.

Its physical construction was handled by the sculptor Wilhelm Lober for a remodel of the church in 1883.

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O design que aparece como uma espécie de “telhado” na seção principal de Nazareth, da Princely Summer Residence, é a metade superior do púlpito da Igreja All Saints, em Wittenberg. Ele foi projetado por Friedrich Adler, que se inspirou nos bancos do coro em estilo gótico da Igreja de Santa Ana, em Annaberg. A construção física foi realizada pelo escultor Wilhelm Lober durante uma reforma da igreja em 1883.

Sources: Image source - https://lavidaatravesdeimagenes.wordpress.com/2017/02/28/arquitectura-ii/ https://www.schlosskirche-wittenberg.de/vr

Château de Pierrefonds

Jericho / Château de Pierrefonds (+flipped)

The centrepiece of Jericho's artwork is an elevation of the side of Château de Pierrefonds. This design was created by the architect Viollet-le-Duc when Napoleon III if he could restore a medieval chateau for the Emperor's own use near Compiègne. He eventually settled on creating an entirely new chateau based on the ruins of Château de Pierrefonds in 1857. The redesign aimed to capture the spirit of Gothic architecture, with neo-Gothic inspiration applied to 19th-century comforts.

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A peça central da arte de Jericho é uma elevação lateral do Château de Pierrefonds. Esse design foi criado pelo arquiteto Viollet-le-Duc, quando Napoleão III pediu que ele restaurasse um castelo medieval para uso pessoal do imperador, próximo a Compiègne. Viollet-le-Duc acabou optando por criar um castelo completamente novo, baseado nas ruínas do Château de Pierrefonds, em 1857. A reformulação tinha como objetivo capturar o espírito da arquitetura gótica, com inspiração neogótica aplicada ao conforto e às necessidades do século XIX.

Sources: Image source - https://fr.wikisource.org/wiki/Page:Viollet-le-Duc_-_Dictionnaire_raisonn%C3%A9_de_l%E2%80%99architecture_fran%C3%A7aise_du_XIe_au_XVIe_si%C3%A8cle,_1854-1868,_tome_5.djvu/93 https://www.gutenberg.org/files/30785/30785-h/30785-h.htm https://en.wikipedia.org/wiki/Eug%C3%A8ne_Viollet-le-Duc

ORIGINAL POST FROM HERE

[anebellet]

▪︎ Capa Pessoal

• Glacial • Leia aqui

[rjzimmerman]

Excerpt from this story from Grist:

Straddling the border with Mexico along the Rio Grande, the city of Laredo, Texas, and its 260,000 residents don’t just have to deal with the region’s ferocious heat. Laredo’s roads, sidewalks, and buildings absorb the sun’s energy and slowly release it at night, a phenomenon known as the urban heat island effect. That can make a hot spell far more dangerous than for people living in the surrounding countryside, where temperatures might stay many degrees cooler. The effect partly explains why extreme heat kills twice as many people each year in the United States than hurricanes and tornadoes combined.

To better understand how this heat island effect plays out in Laredo, the nonprofit Rio Grande International Study Center partnered with the National Oceanic and Atmospheric Administration last summer and enlisted more than 100 volunteers to drive around the city taking temperature readings. Edgar Villaseñor, the center’s advocacy campaign manager, worked with a company called CAPA Strategies.

But Villaseñor wanted a more interactive map to make it easier to navigate. He also wanted to hire someone to take thermal pictures on the ground in the hottest neighborhoods so that the center could create an interactive website for Laredo’s residents. He reckoned the city council could use such a site to figure out where to install more shading for people waiting at bus stops, for instance. So he applied for a $10,000 grant through NOAA’s Center for Heat Resilient Communities, which was funded through the Biden administration’s landmark climate law, the Inflation Reduction Act, or IRA. 

The research center was ready to announce on May 5 that the Rio Grande nonprofit, along with 14 city governments, had been selected to work closely with its researchers to tailor plans for addressing urban heat, according to V. Kelly Turner, who co-led the Center for Heat Resilient Communities. But the day before the announcement, Turner received a notice from NOAA that it was defunding the center. Turner says it sent another termination-of-funding notice to a separate data-gathering group, the Center for Collaborative Heat Monitoring, which was created with the same IRA funding. (When contacted for this story, a NOAA representative directed Grist to Turner for comment.) “The funding just stopped,” Villaseñor said. “I’m stuck with this valuable data that not a lot of people have.”

It’s the latest in a flurry of cuts across the federal government since President Donald Trump took office in January. The Environmental Protection Agency, for instance, has canceled hundreds of grants meant to help communities curb pollution and make themselves more resilient, such as by updating wastewater systems. NOAA announced last month that it would axe a database that tracks billion-dollar disasters, which experts said will hobble communities’ ability to assess the risk of catastrophes. Major job cuts at NOAA also have hurricane scientists worried that coastal cities — especially along the Gulf Coast — won’t get accurate forecasts of storms headed their way.

The defunding of the Center for Heat Resilient Communities came as a surprise to the group’s own leaders, who said they will continue collaborating with cities on their own. Though its budget was just $2.25 million, they say that money could have gone a long way in helping not just the grantees, but communities anywhere in the U.S. “There’s a lot of enthusiasm and momentum for doing this kind of work, and we’re not going to just let that go,” said Turner, who’s also associate director of heat research at the Luskin Center for Innovation at the University of California, Los Angeles. “We’re going to continue to interface with [communities], it’s just going to be incredibly scaled down.”

[spacetimewithstuartgary]

Supernovae may have kicked off abrupt climate shifts in the past, and they could again

When a star explodes, it sends high-energy particles out in all directions. This burst of energy can travel through space for thousands of light-years, traversing solar systems and even galaxies.

In a recent paper, published in the Monthly Notices of the Royal Astronomical Society, INSTAAR senior research associate Robert Brakenridge argues that supernovae may be the key to understanding a series of abrupt climate shifts in recent geologic history. The analysis models how such radiation could collide with Earth’s atmosphere, changing its composition. Brakenridge also matches a number of known supernovae to climate shifts preserved in geologic records. 

“We have abrupt environmental changes in Earth’s history. That’s solid, we see these changes,” Brakenridge said. “So, what caused them?”

Brakenridge says that, if nearby supernovae caused such changes, further research could help scientists predict similar events in the future and prepare accordingly.

“When nearby supernovae occur in the future, the radiation could have a pretty dramatic effect on human society,” he said. “We have to find out if indeed they caused environmental changes in the past.”

Brakenridge’s recent paper is actually one of many he and others have published on the topic since the 1980s. But, in the past, the idea has rested mainly in the realm of theoretical physics. Brakenridge’s new publication is an effort to link the theory to empirical observations, both in space and here on Earth.

Telescopes and tree rings

In recent years, high-powered, orbital telescopes have offered unprecedented information about the contents and character of supernova radiation. Using these observations, Brakenridge created a more precise model of how this radiation might interact with Earth’s atmosphere than previously possible.

According to the model, a sudden influx of high energy photons from a supernova would thin the ozone layer, which shields the Earth from the Sun’s rays. Simultaneously, the radiation would degrade methane in the stratosphere, a major contributor to the greenhouse effect that keeps the Earth warm. Put together, these interactions would dampen greenhouse warming and increase the amount of ultraviolet radiation that reaches Earth from the sun. Brakenridge predicts that knock-on effects could include selective animal extinctions, increased wildfires and global cooling.

Since supernova radiation isn’t arriving on Earth today, the model can’t yet be tested in situ. Instead, Brakenridge looked to records of the past for further evidence. Specifically, he looked at tree rings. Because trees incorporate atmospheric carbon into their trunks as they grow, scientists can look to these records for a glimpse into ancient atmospheric conditions.

In the new paper, Brakenridge parses tree ring records spanning 15,000 years and identifies 11 spikes in radioactive carbon. He argues that these spikes may have been caused by 11 corresponding supernovae. 

“The events that we know of, here on earth, are at the right time and the right intensity,” Brakenridge said. 

For now, supernovae are just one possible explanation for these phenomena — solar flares are the most prominent alternative. But, Brakenridge says the evidence is mounting behind his argument. He hopes that further efforts can refine models of environmental effects and correlate them with geologic records — from ice cores to marine sediment to tree rings.

A better understanding of supernova radiation could do more than just satiate curiosity, it could help humans prepare for  abrupt climate shifts that could arrive any day. For example, astronomers predict that Betelgeuse, a nearby red supergiant star perched on the shoulder of the Orion constellation, will meet its end in a supernova explosion sometime soon — it could be tomorrow, or any time in the next 100,000 years. 

“As we learn more about our nearby neighboring stars, the capability for prediction is actually there,” Brakenridge said. “It will take more modeling and observation from astrophysicists to fully understand Earth’s exposure to such events.”  

IMAGE: The Vela supernova remnant, the remains of a supernova explosion 800 light-years from Earth in the southern constellation Vela, as seen from the Dark Energy Camera on the Víctor M. Blanco Telescope at Cerro Tololo Inter-American Observatory.  Credit CTIO/NOIRLab/DOE/NSF/AURA

[trail-n-tale]

Face to fin with a gentle giant 🤿✨ One of the most surreal moments 📍 Yasawa Island, Fiji

✨Linked everything I used in my bio or right here 👉

🤿 Snorkel mask and fins

🧴 SPF50 Invisible Zinc

📷 GoPro Hero13

🎒 Dry bag

👂 Swimmers ear plugs

[splynter]

The gossip group has arrived!! These are employees of Dyode’s house who Capa works with the most, all with their own specialties and interests :]

I’m gonna elaborate more on each one in a read more cuz good god there’s a lot

Genny or Gen - She/her

Gen is a lesbian trans woman who has been there since the beginning. She’s one of Dyode’s first employees and likely the one who knows him best, aside from Emmit. She’s had many job descriptions in her time working in Dyode’s house, but her current position is supervisor of his estate. All the other employees have a connection with her in some way or another, and she cares for her team like they’re her family

She smacks Capa behind the head a lot because he’s a rat bastard who can’t leave anything alone

Capa - He/they

Capa is the newest employee in Dyode's roster. He's prickly and headstrong and money focused, and he's basically the jack of all trades of the group. The middle man who blends with everyone else's skills. He started out just doing his job and clocking out, but eventually noticed how absolutely down bad Dyode and Emmit were for each other and couldn't fuckin stand it. Whenever he tries to set these two up to kiss or confess, the other employees basically tackle him and shove him into the Capa corner. NO INTERFERING

He's forever pissed about this

Logi - They/them

Logi is the scheduling assistant, statistician, spreadsheet guy, all that sort of thing. They were originally hired to do show scheduling and then got pissed that EVERYONE’S schedule wasn’t optimal, so they started inserting themself into everything else until Dyode noticed and changed their pay and job description. They’re not married, they just wear the ring to get people to leave them alone LMAO

They like to sit on Li's shoulders and use him as a pedestal to direct people. They're only in the gossip group cuz they've got their hands in Everything, and cuz they think Dyode and Emmit are funny

Li - He/him

Li is the heavy duty maintenance guy who usually works on the bigass shit like speakers and plumbing (lmao) and big work. He was born with concordian giantism and deals with some joint pain if he isn't active enough. He tends to neglect himself in favor of working more and harder because he wants to prove himself. He wants to make sure he's earned his pay, despite always doing well with everything he touches.

He gets along with basically everyone on staff. It's really hard to hate him when he always offers a hand, or a boost, or a pat on the head

Curre - They/she

Curre is twins with Forme. They're good with decor and outfit work, and also pretty tech savvy all things considered. They usually wear earbuds while they work so they can groove and work at the same time. She writes fanfiction and makes fan edits shipping Dyode and Emmit, and working directly in his house just gives her more material for her stories.

Capa beta reads her fanfiction because he's detail oriented and the kind of prick that would correct someone's grammar randomly

Forme - They/he

Forme is the younger twin by 11 minutes. Like his sibling, he's great with decor and fashion, and usually handles Dyode's vinyl collection and such. He has a habit of bugging the house with microphones and cameras for the sake of his sibling's fanfiction endeavors, but Gen usually catches him before he can go too far. Sometimes he bakes treats for the group and makes really good coffee and tea that the group can have while sharing the latest news on Dyemmit pining

It's usually Forme or Curre that's paired with Capa because he needs the buddy system to keep him from tampering with Dyode and Emmit's clueless pining

I accidentally got way too attached to these characters. This isn't even half of what their stories are, jesus christ