#Material Informatics Report

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Material Informatics Market Future Trends to Look at | BIS Research 

Material Informatics is the interdisciplinary field that combines materials science with data science, machine learning, and informatics to accelerate the discovery, design, development, and optimization of materials.

The Material Informatics Market  was valued at $88.26 billion in 2022, and it is expected to grow at a CAGR of 8.03% and reach $199.71 billion by 2032

At BIS Research, we focus exclusively on technologies related to precision medicine, medical devices, life sciences, artificial intelligence (AI), machine learning (ML), Internet of Things (IoT), big data, blockchain technology, Material Informatics  Material , advanced materials and chemicals, agriculture and FoodTech, mobility, robotics, and aerospace and defense, among others.

Material Informatics Overview  

Material informatics is a rapidly emerging field at the intersection of materials science, data science, and artificial intelligence. Its primary objective is to accelerate the discovery, design, and optimization of materials by leveraging advanced computational tools and data-driven approaches.

The core concept of material informatics is to treat materials and their characteristics as data. By analyzing vast amounts of material-related data—such as chemical compositions, structural properties, and performance metrics—researchers can identify patterns, correlations, and trends that would be difficult or impossible to detect through traditional experimentation alone.

Grab a look at the report page click here ! 

Key Techniques 

Machine Learning 

Data Mining 

Open Quantum Material Database 

Market Segmentation 

By Application 

By Material Types 

By Technique 

By Region 

Market Drivers 

Increased demand for advanced materials 

Reduction in Research and Development Cost 

Faster time to market 

Growth in High Performance Computing 

Personalization and Customization in manufacturing 

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Key Companies 

AI Materia

Citrine Informatics

Materials Zone Ltd.

MaterialsDesign

Tilde Materials Informatics

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Conclusion

Material informatics is transforming the traditional materials discovery process by integrating data science, machine learning, and computational techniques into materials research. This data-driven approach enables faster, more cost-effective, and efficient exploration of the material space, drastically reducing the reliance on trial-and-error experimentation. 

In conclusion, material informatics is not just an incremental improvement to materials research but a paradigm shift that is revolutionizing how new materials are discovered, optimized, and applied in real-world technologies.

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China Precision Medicine Market Dynamics and Strategic Recommendations for 2025-2035

According to Prophecy Market Insights' most recent research study China Precision Medicine Market, By Applied Sciences (Genomics and Pharmacogenomics), By Digital Health and Information Technology (CDSS, Big Data Analytics, IT Infrastructure, Genome Informatics, In-Silicon Informatics, and Mobile Health), and By Application (Oncology, Infectious Diseases, Neurology/Psychiatry, Lifestyle & Endocrinology, Cardiology, and Gastroenterology) - Trends, Analysis and Forecast till 2029, the market risk side analysis is evaluated, opportunities are highlighted, and it is supported for both tactical and strategic decision-making. In addition to providing information on industry trends and development, the report also discusses growth factors, technology, and is changing investment structure.The segments and sub-section of China Precision Medicine Market is shown below:By Applied Sciences - Genomics and Pharmacogenomics By Digital Health and Information Technology - CDSS, Big Data Analytics, IT Infrastructure, Genome Informatics, In-Silicon Informatics, and Mobile Health By Application - Oncology, Infectious Diseases, Neurology/Psychiatry, Lifestyle & Endocrinology, Cardiology, and Gastroenterology Get a free sample report at https://www.prophecymarketinsights.com/market_insight/Insight/request-sample/3665 China Precision Medicine Market Overview: Market research systematically gathers and analyzes data on customers, competitors, and industry trends. It helps businesses identify growth opportunities, assess demand, and understand client preferences. Using methods like surveys and interviews, it guides marketing, product development, and strategic decisions, helping companies stay competitive and adapt to trends.Request a Customized Copy of Report @https://www.prophecymarketinsights.com/market_insight/Insight/request-customization/3665 Points Covered in the Report: Covers key market participants: manufacturers, raw material suppliers, equipment suppliers, distributors, traders, and end users. Includes detailed company profiles: capacity, production, pricing, revenue, sales volume, costs, margins, and technological advancements. Analyzes market growth drivers and provides in-depth insights into different end-user segments. Presents data segmented by region, type, application, and market player; offers customization based on specific needs. Includes SWOT analysis of the market. Concludes with expert opinions and industry insights.   Major Market Analysis Findings: Consumer Preferences: Market research reveals what customers want in terms of features, pricing, and branding, helping businesses tailor their offerings effectively. Market Size & Growth: It helps assess overall market size, segment potential, and expected growth rates for better planning. Market Trends: Research identifies emerging trends, shifts in consumer behavior, regulatory changes, and new technologies that may impact the business. Request a PDF Sample of a Strategic Report: https://www.prophecymarketinsights.com/market_insight/Insight/request-pdf/3665 Key Reasons to Purchase: Gain deep insights into the global market and its commercial landscape. Evaluate production processes, key challenges, and risk mitigation strategies. Understand major market drivers and restraints and their global impact. Learn strategies used by leading organizations. Explore future market outlook and opportunities. Custom research available to meet specific needs.   Leading Key Players Operating in the China Precision Medicine Market Thermo Fisher Scientific Inc. BGI Genomics Co. Ltd. F. Hoffmann-La Roche Ltd. Illumina Inc. Shanghai Fosun Pharmaceutical Group WuXi AppTec Berry Genomics Co. Ltd. Agilent Technologies Inc. and PerkinElmer Inc.   Key players are well-known, influential companies that significantly affect a certain market or industry. Understanding the competitive landscape or industry dynamics requires knowing which companies are significant. Important players may see changes in

their standing over time due to industry changes, mergers, acquisitions, or the arrival of new competitors. Competitor analysis Market research helps businesses gain a competitive edge by analyzing rivals’ strengths and weaknesses, including their product lines, pricing, and advertising strategies. Understanding competitors’ business tactics—such as distribution channels, service offerings, and marketing approaches—enables smarter strategic decisions. Read More for Full Descriptions:https://www.prophecymarketinsights.com/market_insight/China-Precision-Medicine-Market-By-3665   About Us:       Prophecy Market Insights is a leading provider of market research services, offering accurate and reliable insights across various industries. With expert analysts, they deliver reports on market size, growth, trends, and competition to help businesses make informed decisions and stay ahead. Their focus is on high-quality research that supports clients' strategic goals.  

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Asia Pacific Bioinformatics Market Breakdown By Size, Share, Growth, Trends, and Industry 2026- MarkNtel Advisors

According to Markntel Advisors Report, Asia Pacific Bioinformatics Market is expected to grow at a significant growth rate, and the analysis period is 2021-2026, considering the base year as 2020. Consistent monitoring and evaluating of market dynamics to stay informed and adapt your strategies accordingly. As a market research and consulting firm, we offer market research reports that focus on major parameters including Target Market Identification, Customer Needs and Preferences, Thorough Competitor Analysis, Market Size & Market Analysis, and other major factors. At the end, we do provide meaningful insights and actionable recommendations that inform decision-making and strategy development.

Bioinformatics is biology, computer science, statistics, & mathematics associated with the acquisition, storage, analysis, & dissemination of biological data, i.e., mainly DNA & amino acid sequences. It utilizes computer programs to identify gene & protein functions, establish evolutionary relationships, predict the three-dimensional shapes of proteins, etc. Bioinformatics has acquired remarkable prominence across Asia-Pacific owing to voluminous amounts of data generated through protein & nucleic acid sequencing, which requires meticulous interpretation & management for medical purposes & research.

Asia Pacific Bioinformatics Market Research Report & Summary:

The Asia-Pacific Bioinformatics Market is projected to grow at around 17% CAGR during the forecast period, i.e., 2021-26.                    

Time Period Captured in the Report:

Historical Years: 2016-19

Base Years: 2020

Forecast Years: 2021-26

Who are the Key Players Operating in the Asia Pacific Bioinformatics Market?

The top companies of the Asia Pacific Bioinformatics Market ruling the industry are: 

Thermo Fisher Scientific Inc., Agilent Technologies, Inc., Affymetrix, Applied Biological Materials Inc., Illumina, Inc., QIAGEN, Biomax Biotechnics, DNANEXUS, Water corporation, Genebio, Integromics, Inc., PerkinElmer Inc., Partek, BGI, Dassault systems, etc.

✅In case you missed it, we are currently revising our reports. Click on the below to get the latest research data with forecast for years 2025 to 2030, including market size, industry trends, and competitive analysis. It wouldn’t take long for the team to deliver the most recent version of the report. 

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What is Included in Asia Pacific Bioinformatics Market Segmentation?

The Asia Pacific Bioinformatics Market explores the industry by emphasizing the growth parameters and categorizes including geographical segmentation, to offer a comprehensive understanding of the market dynamic.  The further bifurcations are as follows:

By Product & Services

Platforms

Sequence Analysis Platforms

Sequence Alignment Platforms

Structural & Functional Analysis Platforms

Sequence Manipulation Platforms

Other

Knowledge Management Tools

Generalized Knowledge Management Tools

Specialized Knowledge Management Tools

Services

Data Analysis Services

Database Management Services

Other

By Application

Genomics

Metabolomics

Chemoinformatics & Drug Design

Transcriptomics

Proteomics

Other (Molecular Medicine, Preventive Medicine, etc.)

By Type of Sector

Animal Biotechnology

Environmental Biotechnology

Waste Clean-up/ Bioremediation

Alternative Energy Sources

Agriculture Biotechnology

Nutritional Quality Improvement

Biodiversity Informatics

Improvement of Plant Resistance

Pest Resistance

Crop Yield Improvement

Forensic Biotechnology

Medical Biotechnology

Reproductive Biotechnology

Gene Therapy

Molecular Medicine

Clinical Diagnostics

Drug Development

Academics

Others

By Country

China

India

Japan

Australia

South Korea

Taiwan

Southeast Asia

Others

 Explore the Complete Asia Pacific Bioinformatics Market Analysis Report – https://www.marknteladvisors.com/research-library/asia-pacific-bioinformatics-market.html

Market Segmentation

Based on the Product & Services:

Platforms

Knowledge Management Tools

Services

Amongst them all, Sequencing Platforms are projected to dominate the Asia-Pacific Bioinformatics Market through 2026. It owes to the burgeoning need for a comprehensive analysis of a large amount of data generated through sequencing due to reducing sequencing costs & technological advancements on account of massive expenditure by governments & private sectors of different countries across Asia-Pacific on next-generation sequencing-based projects. As a result, there's a rapidly surging demand for whole-genome & exome sequencing technologies, which, in turn, is promoting the market growth for sequencing platforms.

With the declining prices of sequencing services, sequencing platforms are the preferred choice among various end-users like academic & research centers, forensic laboratories, and pharmaceutical & biotechnology industries for examining a large amount of data generated through sequencing.

In addition to this, rapid technological advancements in sequencing procedures and an increasing number of genome mapping programs are other crucial aspects projecting a significant demand for sequencing platforms across Asia-Pacific and fueling the overall market growth in the coming years.

Need personalized insights? Click here to customize this report- https://www.marknteladvisors.com/query/request-customization/asia-pacific-bioinformatics-market.html

Why Markntel Advisor Report?

MarkNtel Advisors is a leading consulting, data analytics, and market research firm that provides an extensive range of strategic reports on diverse industry verticals. We being a qualitative & quantitative research company, strive to deliver data to a substantial & varied client base, including multinational corporations, financial institutions, governments, and individuals, among others.

We have our existence across the market for many years and have conducted multi-industry research across 80+ countries, spreading our reach across numerous regions like America, Asia-Pacific, Europe, the Middle East & Africa, etc., and many countries across the regional scale, namely, the US, India, the Netherlands, Saudi Arabia, the UAE, Brazil, and several others.

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Corporate Office: Office No.109, H-159, Sector 63, Noida, Uttar Pradesh - 201261, India

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Revealing the Truth: In-Depth Reviews of Top Medical Billing and Coding Programs

Unveiling the Truth: In-Depth reviews of Top Medical Billing and Coding Programs

Are you considering a career in medical billing and coding? You’re ​undoubtedly aware that this sector is an essential part of the healthcare industry. With an aging population and increasing healthcare needs, the‌ demand for qualified professionals is booming. In this article, we’ll explore the top medical billing and coding programs, providing in-depth reviews to help you make ‍an informed decision. Let’s dive in!

What is Medical Billing and ‌Coding?

Medical billing and coding professionals play a vital role in the healthcare system. They are responsible ‍for translating ⁤medical procedures,‍ diagnoses, and services into standard codes, ensuring accurate billing and effective reimbursements. With the many⁢ nuances and complexities within this field, choosing the right educational program is crucial.

key Considerations When Choosing a Medical Billing and⁢ Coding Program

Accreditation: Ensure the program is accredited⁣ by recognized organizations such as the‌ Commission on Accreditation for Health Informatics and⁣ Facts Management Education (CAHIIM).

Format: Consider whether you prefer an online, hybrid, or conventional in-person program.

Curriculum: Look for programs that offer comprehensive courses covering ICD-10, CPT coding, medical terminology, and health law.

Job Placement Rate: A prominent factor to⁤ consider; higher rates suggest strong employer connections.

Financial Aid Options: Investigate scholarships,grants,and payment plans that may be available to ⁢aid your studies.

Top medical Billing and Coding Programs

Program Name

Format

Duration

Accreditation

Average Cost

Southern New Hampshire University

Online

9 months

CAHIIM

$8,000

University​ of Phoenix

Online

6 months

CAHIIM

$7,500

Penn Foster

Online

12 months

DEAC

$4,500

Florida National University

Hybrid

10 months

CAHIIM

$10,000

Southeast⁢ Community⁣ College

In-Person/Online

9 months

CAHIIM

$5,200

In-depth Reviews of Selected Programs

1.Southern ⁤New Hampshire University

Known for its strong​ online programs,​ Southern New Hampshire University offers a well-rounded curriculum in medical billing and ‍coding. The program ​covers coding systems, regulations, and healthcare compliance.With an average completion time of about nine months, students find it convenient to ​balance work and studies.

2. university of Phoenix

The University of Phoenix’s medical billing and coding program is ‍flexible and designed to cater to working ‌professionals. Focusing on practical experience, the coursework includes a robust set of ICD-10 and CPT coding training. Students report high satisfaction with ⁣their‍ learning experience and the quality of instructional materials.

3. Penn Foster

Penn Foster stands out for ​its affordability and self-paced learning options.‌ This program spans approximately 12 months and provides insights into medical office practices alongside coding specifics. Graduates of Penn Foster often note the ease ⁤of accessing resources and getting support‌ from instructors.

4. Florida National University

A hybrid program⁢ that allows students to complete some classes online and some in-person, Florida National University offers a comprehensive approach to medical‍ billing and ‍coding. The coursework emphasizes ‌practical skills, preparing students ​for immediate employment upon ⁤graduation.

5. Southeast⁣ Community College

This⁤ program’s blend of in-person⁤ and online learning maximizes adaptability for students. Southeast Community College enjoys a solid reputation, and educators are known for‍ their accessibility and support. With a hands-on approach, students are well-prepared for certification exams after completing their studies.

Benefits of Pursuing a Medical Billing and Coding Program

High Demand: The healthcare industry is growing,leading to increased ​job opportunities.

Job Flexibility: Many positions offer remote work options and flexible schedules.

Career Advancement: Many‍ coding professionals have opportunities to move into management or specialized areas.

Competitive Salary: Medical billing and coding specialists typically earn a decent starting salary.

Practical Tips for Success in Your Program

Stay Organized: Keep track ‍of ⁤deadlines and assignments using digital tools.

Network: Engage with fellow students and instructors; connections can lead to job opportunities.

Utilize Resources: Take advantage of online resources and forums; they can provide valuable insights.

Practice Coding: Hands-on practice with coding helps reinforce learning.

Real-World Case Studies

Many students‍ who graduated from accredited programs have successfully transitioned into rewarding careers.For instance, Anna, ⁣a graduate from Southern New Hampshire University,⁢ secured a job within three months of her certification and now works remotely while balancing her family ⁤life.Similarly,⁢ Mark, who studied at Penn Foster, credits his success to⁣ the strong curriculum and real-world coding practice provided ‌during the program.

Conclusion

Deciding to pursue ​a ⁣career in medical billing and coding is a significant and exciting step.⁤ By choosing the right program and preparing yourself with the⁣ necessary⁣ knowledge ⁣and skills, you can embark on a fulfilling career that meets the growing needs of the healthcare ⁤industry.Whether you opt for an online⁢ format, hybrid, or traditional setting,​ the programs we reviewed offer valuable resources to ⁢set you on the right path.

Take your time to evaluate your options, read through ​student reviews, and consider your career goals. No matter which path you choose, ⁤a future in medical ‌billing and​ coding ‍promises opportunities ⁤for ‍growth,​ advancement, and a stable career.

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Beyond Boundaries: Navigating the Evolution of Laboratory Informatics from 2024 to 2032

In the ever-evolving landscape of scientific research and experimentation, the Laboratory Informatics Market is set to play a pivotal role in shaping the future of laboratories worldwide. As we look ahead from 2024 to 2032, the market is poised for unprecedented growth and innovation. This article explores the anticipated trends, transformative technologies, and market dynamics that will define the Laboratory Informatics landscape over the next decade.

Current Landscape:

As of 2024, Laboratory Informatics has become integral to scientific workflows, offering a comprehensive suite of solutions for data management, analysis, and collaboration within laboratories. From pharmaceutical research to academic institutions and industrial labs, the demand for informatics solutions has been steadily increasing.

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Anticipated Growth Drivers:

Rise of Big Data in Science: The proliferation of big data in scientific research, generated through high-throughput technologies and advanced instrumentation, is a key driver for the Laboratory Informatics Market. Managing, analyzing, and deriving insights from large datasets will continue to be a priority, pushing laboratories to adopt sophisticated informatics solutions.

Integration of Artificial Intelligence (AI): AI and machine learning (ML) are poised to revolutionize laboratory workflows. Predictive analytics, pattern recognition, and automation of repetitive tasks will enhance efficiency, accuracy, and the overall pace of scientific discovery.

Increasing Regulatory Compliance: Stringent regulations in various industries, particularly pharmaceuticals and healthcare, necessitate robust informatics solutions for compliance management. The Laboratory Informatics Market is expected to provide solutions that ensure data integrity, traceability, and adherence to regulatory standards.

Collaborative Research Platforms: With research becoming increasingly interdisciplinary, there is a growing need for informatics solutions that facilitate collaboration and data sharing among researchers in different locations. Cloud-based platforms and collaborative tools are anticipated to gain prominence.

Customization for Diverse Industries: The Laboratory Informatics Market will witness a surge in demand for industry-specific solutions. Whether in healthcare, environmental science, or materials research, laboratories will seek informatics platforms tailored to their unique needs and workflows.

Challenges and Considerations:

Data Security and Privacy: As laboratories deal with sensitive and proprietary data, ensuring robust security measures and compliance with data privacy regulations will be paramount. Informatics solutions must prioritize data encryption, access controls, and secure data transfer.

Interoperability Challenges: Laboratories often use a variety of instruments and software applications. Ensuring seamless interoperability among different systems is a challenge that the Laboratory Informatics Market needs to address for holistic data management.

User Training and Adoption: The successful implementation of informatics solutions depends on user training and adoption. Laboratories must invest in training programs to ensure that researchers can harness the full potential of these advanced tools.

Cost Considerations: While the benefits of Laboratory Informatics are substantial, the initial investment and ongoing costs may pose challenges for smaller laboratories. Market players will need to address cost-effectiveness and offer scalable solutions to cater to laboratories of all sizes.

Conclusion:

As laboratories embrace the digital era, the Laboratory Informatics Market stands at the forefront of a revolution in scientific research and experimentation. The anticipated growth from 2024 to 2032 reflects the industry's commitment to innovation, efficiency, and data-driven decision-making.

The Laboratory Informatics Market is not just about managing data; it is about transforming how discoveries are made, accelerating research timelines, and facilitating collaboration on a global scale. Laboratories that invest in state-of-the-art informatics solutions, adapt to emerging technologies, and address challenges with strategic planning will be at the forefront of scientific breakthroughs in the years to come. The journey from 2024 to 2032 promises not just growth but a fundamental shift in how laboratories leverage technology to drive informed innovation and redefine the boundaries of scientific discovery.

Read more: https://www.econmarketresearch.com/industry-report/laboratory-informatics-market/

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Computer Network Assignment Help

Computer Network Assignment Help

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About Computer Network :

A computer network is a collection of interconnected devices and systems that communicate and share resources with each other. These networks are essential components of modern computing and play a crucial role in enabling data exchange, resource sharing, and communication among various devices, such as computers, servers, smartphones, and other hardware.

Here are some key elements and concepts related to computer networks:

Nodes: Nodes are individual devices or computers connected to the network. These can include personal computers, servers, routers, switches, smartphones, tablets, and more.

Links: Links represent the physical or logical connections that allow data to flow between nodes. These connections can be wired, such as Ethernet cables, or wireless, such as Wi-Fi or cellular connections.

Topology: The network’s topology defines the physical or logical layout of nodes and links. Common network topologies include bus, star, ring, mesh, and hybrid configurations.

Protocols: Network protocols are a set of rules and conventions that govern data transmission and communication on a network. Examples include TCP/IP, HTTP, FTP, and many others.

LAN (Local Area Network): LANs are typically confined to a limited geographic area, such as a home, office, or campus. They are used for connecting devices within close proximity and are usually owned and managed by a single entity.

WAN (Wide Area Network): WANs cover larger geographical areas, often spanning cities, countries, or even continents. The internet is a global example of a WAN, connecting networks and devices worldwide.

Internet: The internet is a vast, interconnected network of networks that enables global communication and information exchange. It operates on a variety of protocols, primarily the TCP/IP suite.

Intranet: An intranet is a private network built using internet technologies but restricted to an organization or specific group of users. It is used for internal communication and collaboration.

Extranet: An extranet extends the capabilities of an intranet to include authorized external users, such as business partners or customers, providing controlled access to specific resources.

Firewall: A firewall is a network security device or software that monitors and controls incoming and outgoing network traffic to protect against unauthorized access and potential threats.

Router: Routers are devices that forward data between networks, typically connecting a local network to the internet. They use routing tables to determine the best path for data packets.

Switch: Switches are network devices that operate at the data link layer and are used to create and manage LANs. They forward data to the appropriate destination based on MAC (Media Access Control) addresses.

Server: Servers are specialized computers designed to provide services or resources to network clients. These services can include file storage, email, web hosting, and more.

Client: A client is a device or computer that requests and uses services or resources from servers or other network devices.

Wireless Networks: These networks use radio waves to transmit data, and they are prevalent in homes, businesses, and public spaces. Common wireless standards include Wi-Fi and cellular networks.

Computer networks have become an integral part of our daily lives, enabling communication, information sharing, online collaboration, and access to a wide range of services and resources. They come in various sizes and complexities, from small home networks to vast global internetworks, and are essential for modern business, education, entertainment, and research.

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 Fiber Laser Market Size, Type, segmentation, growth and forecast 2023-2030

 Fiber Laser Market

The Fiber Laser Market is expected to grow from USD 2.70 Billion in 2022 to USD 5.70 Billion by 2030, at a CAGR of 11.31% during the forecast period.

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 Fiber Laser Market Size

Fiber lasers use an optical fiber to generate and amplify a laser beam, making it ideal for industrial applications like cutting, welding, marking, and fine processing. The global Fiber Laser market is divided into segments based on type, application, and region, with major players including IPG Photonics, Trumpf, Coherent, and more. Regulatory and legal factors specific to market conditions vary by region but include safety regulations, environmental regulations, and industry standards. The Asia Pacific region is expected to see significant growth due to its large manufacturing industry. Overall, the Fiber Laser market is expected to continue growing as industries continue to adopt laser technology for their operations.

 Fiber Laser Market Key Player

IPG Photonics

Trumpf

Coherent

Raycus

Maxphotonics

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 Fiber Laser Market Segment Analysis

The Fiber Laser market has seen significant growth over recent years due to several factors. One of the major drivers of revenue growth is the increasing demand for high precision materials processing in various industries such as automotive, aerospace, and medical. The fiber laser technology provides high-quality output, precise cutting, and welding, making it an ideal solution for industrial applications.

Moreover, rising demand for compact and efficient laser systems in industrial applications is also driving the growth of the fiber laser market. Fiber laser technology has several advantages over traditional lasers, such as higher power efficiency and lower maintenance costs and has increased its demand in the industry.

Another factor contributing to market growth is the increasing adoption of fiber lasers in the medical industry for applications such as dermatology, ophthalmology, and dentistry. The laser technology is used for treating various medical conditions, including skin disorders, eye surgeries, and dental procedures.

The latest trend in the fiber laser market is the adoption of cloud-based systems for remote monitoring and maintenance. Manufacturers are offering cloud-based services that enable remote access to fiber laser systems for real-time monitoring and maintenance.

Despite the numerous advantages, the fiber laser market is facing several challenges, such as high initial investment costs and technical skills required for installation and maintenance. Additionally, the lack of awareness among end-users about the fiber laser technology and its benefits is hindering the market growth.

The report’s main findings indicate that the fiber laser market is expected to witness significant growth in the next few years, driven by rising demand for high precision materials processing and efficient laser systems. The report recommends the need for manufacturers to focus on providing cost-effective solutions and enhancing the technical abilities of the workforce to overcome the challenges.

In conclusion, the Fiber Laser market is experiencing significant growth due to its advantages over traditional laser systems and its increasing adoption in various industries. Despite the challenges faced, the market is expected to continue growing, and manufacturers must focus on providing innovative solutions and enhancing the technical abilities of the workforce to meet the rising demand.

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Market Segmentation (by Application):

High Power (Cutting, Welding & Other)

Marking

Fine Processing

Micro Processing

Information is sourced from www.reportprime.com

[smartgen]

SmartGen | SmartGen Lean Improvement Project Showcase Competition (9th) Held!

Lean is an eternal topic and a magic weapon to continuously help enterprises reduce costs and increase efficiency. For SmartGen, lean is more of a culture. Recently, the 9th SmartGen Lean Improvement Competition was grandly held in the Tianjian Lake factory, which is also the first lean competition after we moved to the new factory, and the quality and level of the participating projects have reached a new height. There were a total of 12 projects in this competition, and the project leaders showed the project objectives, improvement process, project benefits, etc. through on-site explanations or reports, and the general manager personally led the heads of various departments to serve as judges. Through fierce competition, 3 excellent improvement projects stood out.

Product harness production optimization

The team leader of the project is Wu Yulin from the manufacturing center, who led the team to analyze the human-machine-material-method environment, determined the two key improvement directions of personnel coordination and operation mode optimization, and introduced equipment fixtures such as ultra-high-speed silent peeling and ending machine, wiring harness mounting plate, etc., which increased the production capacity of wiring harness by more than 20%.

Intelligent cloud platform revision and optimization

The project comes from the digitization department, Tan Yachao, the project leader, cooperated with the relevant colleagues of the testing department and the brand construction department, combined with internal and external feedback, understood the user's needs, and upgraded the intelligent cloud platform through functional demonstration, logical design and interaction. After upgrading, it is more convenient for users to operate and manage, and the sense of experience and beauty is stronger. At the same time, the online enterprise private cloud mode can realize the minute-level opening of the enterprise private cloud. This mode takes the enterprise as the unit, manages the equipment and personnel of each organization under the enterprise separately, and reduces the cost of enterprise management and maintenance.

Standardization and informatization of repair process

The project is optimized by Chen Huihui from the marketing center in collaboration with the sales office and repair personnel from four aspects: improving the standardized documents of the repair process, sorting out the standard SOP, adding the integrated account and sharing the mobile terminal, and forming the training materials and assessment standards, which greatly improves the standardization and informatization of the repair work and effectively supports the quality of the repair work and customer satisfaction.

The road of lean is endless, let us work hand in hand to seek knowledge, explore and pursue excellence in the lean journey!

www.smartgen.cn

[rosemarsh97]

Acumen Research and Consulting recently published report titled “Materials Informatics Market Size - Global Industry Analysis, Opportunities and Forecast, 2021 - 2028”.

[materialsscienceandengineering]

Streamlining the process of materials discovery

Developing new materials and novel processes has continued to change the world. The M3I3 Initiative at KAIST has led to new insights into advancing materials development by implementing breakthroughs in materials imaging that have created a paradigm shift in the discovery of materials. The Initiative features the multiscale modeling and imaging of structure and property relationships and materials hierarchies combined with the latest material-processing data.             

The research team led by Professor Seungbum Hong analyzed the materials research projects reported by leading global institutes and research groups, and derived a quantitative model using machine learning with a scientific interpretation. This process embodies the research goal of the M3I3: Materials and Molecular Modeling, Imaging, Informatics and Integration.

The researchers discussed the role of multiscale materials and molecular imaging combined with machine learning and also presented a future outlook for developments and the major challenges of M3I3. By building this model, the research team envisions creating desired sets of properties for materials and obtaining the optimum processing recipes to synthesize them.

Read more.

[greenflamedwriter]

Shance Prompt

To all the Fanfics I’ll never write. But I don’t want to lose them so here they are.

Filler Episode [#0002]

Ship: Shance- Shiro/Lance

Voltron Au: Return to Earth and Shiro gets back with Adam and Lance is heartbroken of Kuro. Plot oriented.

They land on earth and everything is fine, until Lance see’s Shiro and Adam reunite and feels utterly destroyed. Then to top it off they have a row with the instructors and James is high and mighty and says that they should be in charge of Voltron since they are better candidates.

So Shiro agrees and says if they’re team can pilot the lions then build up to their standards and do better than Pidge, Hunk Keith and Lance and are prepared for the Galra then sure.

All of the team gets denied, except for the Red Lion- it lets James pilot it and Lance now realises how much of a spare part he’s been.

That he would amount to nothing but a cargo pilot. 

James is cocky as hell sure- but Lance doesn’t seem too upset like last time- he knew he piloted red because Keith stepped down that he was a fighter pilot because Keith left. 

Lance was only here because Keith had to step down, just because of Lance’s ego? No he was so over that.

So Lance turns to James shakes his hand (stopping the arguments as Pidge was yelling at James and was defensive) 

Lance tells him, congratulations, he’s sure the team will teach him the ropes and that they should hurry to perfect their team dynamic. He turns to Iverson and says he has background experience on the Galra and has loads of intel to teach the cadets. They need to be ready for war as the Galra will not hold back- so Iverson agrees for Lance to be their informat to teach the class everything he knows.

Well- Iverson doesn’t Agree persay, but tells Lance he expects a module of what he will teach the kids that have to approved by the lectueres, Lance agrees and admits to giving a tour of the Altean Castle and giving his presentation inside.

Shiro is pissed off and ready to fight for Lance to stay but Lance intervenes “Shiro this works out, we need a pilot from the Garrison to be here. By Military standards a former pilot and a few dropouts have no weight or loyalty, they want to make sure Voltron is on their side first.”

“Of course we are! We want to protect earth-”

“But not become dictators like Zarkon- think of this as the accords from Civil war, look it’ll work out once they see what you can do-” And the fact that the country will assume Voltron was some terroist weapon so YEAH they needed to show they had control of Voltron.

“What we can do- Lance you’re a part of this team too!” Lance smiled though it didn’t reach his eyes.

“I know, which is why it’s better to be on the side lines, the Garrison know nothing about the Galra, Altean teach and the things they need to make them stronger, like Bulmarian crystals or Weblums that eat planets, they need to be prepared and they won’t understand a word Coran is saying and Allura is stuck with Voltron since she’s a new member. She and James can learn more together- this works out! I can help speed things along!”

“What about Shiro he can do all that stuff!” 

Pidge yelled and Lance shook his head even though Shiro nodded along with her.

“No- Shiro is the senior officer and would be working with Iverson and the other instructors and even Head of state- he’ll have his hands full trying to make sure the freakin army won’t use us as some sort of terrorist threat we can’t afford infighting with other continents when ACTUAL aliens might come out of nowhere and kill us- two pair of hands are better, guys...trust me, I know what I’m doing.”

“Are you really okay with this?”

Lance blinked surprised at the pure venom coming from Keith, Keith glaring right at him and his mouth slipped shut “I- of course, no use beating around the bush, I wasn’t meant to be a fighter pilot. I should accept my loses while I can.”

_____________________________

Iverson and other lectures start chewing Lance out and he snaps.

“To be perfectly candid, Sir. I’ve been to space and seen everything and have more experience with the Galra, the Alteans craft the materials needed such as Balmera and Weblum- Coran and I can teach you all there needs to know about what we are facing, I can give you my intel and what you do with it is up to you and your superiors.”

Iverson grit his teeth “Fine, Cadet. I will let the instructors know about the extra curriculum-”

“Oh these involves them too actually, how about I give you a tour of the Altean Castle- as science officors have to be in depth to replicate Altean technology since they’re much more advance and we need the extra fire power we can get- it would be easier since I can tell them whats what-”

“Fine, Mclain, do whatever you need. Sort out a trial Seminar and we’ll see if it’s appropriate for the cadets.”

Lance does everything, he helps out and ends up taking over, without warning he’s advanced from Cadet to Intruscter to [whatever the ranking system in the military is Idc] and ends up outranking Keith which is funny, he also gets better with the simulations and becomes a really good teacher, he and Iverson suddenly start getting along it’s scary- Lance avoids Shiro/Adam like the plague and just keeps busy.

Meanwhile James is not working well with the team and ends up crashing Voltron, the team have a comparison of when Lance left and knew the difference and were worried James was going to be a problem.

 Lance stays behind and becomes a teacher for the Garrison cadets and teachers them about the Weblum, Balmera and goes into detail. Students find out he died, and shit he shows his badass scar-

 and then the super dream team!

Romelle! Lance! Matt! Sam! and Shiro all work together to speed up the process to make Earth defendable, they work on the barrier and Lance only manages to get the remaining materials they can get while Shiro and Adam are working on the blueprints for the Atlas.

“Lance?”

Lance turns surprised to see Shiro looking flushed “I...We were thinking of a crew for the Altas.”

“Yeah…?”

Shiro held his gaze “I want you to be on my team, with Coran and the others.”

Lance almost dropped his data pad. “I - what?”

“Lance, you’re good- you would’ve been chosen by Voltron if-”

“But I wasn’t, it’s because I was there, when given the choice Red went to James, I’m just a spare…” Lance goes to walk away, Shiro grabbed his arm. “Are you saying I’m a spare? That I’m wasting my time on Atlas and should let someone like Iverson be in charge of it?”

“What? No! That’s not what I’m saying-”

“Lance maybe you outgrew Voltron, maybe both of us can be more than that, why can’t you see it when I say you’re a good pilot and a great sharpshooter-”

Lance eyes stung but Shiro was on a roll “I would be honoured to have you on my team, if you say no I hope it’ for the right reasons and not because you don’t think you’re good enough.” Shiro squeezed his shoulder “You are good Lance, I couldn’t ask for a finer pilot.”

Shiro left knowing that’s all he had to say, and Lance scrubbed at his face and hurried away, he had reports to deliver.

Lance gets along with Kinkade and James old team, James himself fumes that Lance was able to be flexiable to get along with both teas of Voltron and Mfe’s. Lance is also able to pilot the are fighter and breaks records. Lance is finally more comfortable in his own skin and ends up going to the shooting range with Kinkade, being so flexable makes James irritated.

Lance talks to James and is able to break through to him that being the best isn’t what matters in the grand scheme of things. So Lance talks about James trying to bond with Pidge and the others and that bonding with his fellow cadets is good for the team.

Lance ends up flying red to show James how it’s done.

Lance felt relaxed being back and could feel the content purr and smiled once he landed he walked out seeing James fuming face.

“I would kindly suggest you give me my lion back.” Lance smirked “She’s all yours.”

James took a step forward and yelped when the barrier swooshed down and he slammed into it, he fell back clutching his nose “What!?”

Lance smirked “I don’t think she’s ready to give me up as her pilot.”

Turns to see Shiro, Keith, Pidge and Hunk and Allura watching fondly.

Lance flushed “You guys were right and the lion- she was teaching me a lesson, I wanted to feel like I earned a spot at being her pilot. I wanted to work for it- but I didn’t, the Red Lion accepted me as I was it was me that felt inadequate.” 

“I guess you don’t need to be on the Atlas afterall, you’re still needed here I see.” Lance smirked “Hard to be in two places at Once...but it was thanks to you Shiro.”

Shiro flushed and ducked his head.

“Well if you change your mind, the offer still stands.”

Feel free to adopt this fic if you want I guess...

[capslearning]

11 and 12 CBSE Commerce Coaching in Nagpur

Commerce

Commerce is the field of study for students who are interested in finance ,business, economy trading and business related terms. Commerce provide beneficial goods and services.          

Why to choose Commerce after 10th?

Commerce as a field offers diversity , and is the main reason students get attract towards this filed. For Example, B.com (Bachelor of Commerce) , 3 years undergraduate degree course after passing 12th board exam. examinations. After B.com students can go for post graduation professional courses.

Why to choose Commerce after 10th?

Commerce as a field open doors towards various professional courses after completing 12th.  CA Chartered Accountancy, CS Company Secretary , CMA Cost and Management Accountant CFA Chartered Financial Analyst, Banking Sector, Teaching Profession, etc., are few famous carrier options for commerce professionals.

Subjects for 11 and 12th Commerce   Commerce as a course can be understood as a study of business and trade pursuits such as the exchange of goods and services from the producer to the final customer.

The  most important subjects in the Commerce subject in class 12th, include Accountancy, Economics, Business Studies, Statistics, Mathematics and Informatics Practices. Subjects for 11 and 12th Commerce  are given below:

Class 11 Commerce Subjects  Accountancy (Mandatory) Business Studies (Mandatory) Economics (Mandatory) English (Mandatory) Mathematics (Optional)

Class 12 Commerce Subjects  

Accountancy (Mandatory) Business Studies (Mandatory) Economics (Mandatory) Informatics Practices (Optional) Mathematics (Optional)

Subjects Details  for 11 and 12th Commerce  

Accountancy Accountancy is the exercise of recording, assigning and outlining on trade transactions for a business. When any data is prepared as a report for any persons or companies use outside the organization, the process is known as ‘financial accounting’.

Business Studies Business studies a vast subject in the social sciences, that allows an in-depth study of a degree of specialties. Such as finance, accountancy, marketing, and organization. It improve one’s communication, operation, strategy, and commercial activity skill.

Economics Economics can be explained in different ways. It’s the study of shortage, the study of how people make the utilization of resources and counter to the incentives. It also helps control how an organization should establish and manage with each other to control the expected outcome.

Informatics Practices Informatics Practices is a stream of software- related research. The subject primarily covers software, networking concepts, and coding. This field field on centrating more on networking concepts than Computer Science.

Applied Mathematics Mathematics is an important part of commerce, all the methods of economics depend on the numbers. Mathematics is magic of numbers and it is integral part of commerce 

Statistics for Economics Many ideas economic theory, like functional relationship amongst variables, are asserted in terms of symbols, algebra, calculus, etc. 

The Commerce stream boards that are available in India? In India there are 4 main educational boards. The students have choice to chose from these 4 boards. The choice can be made according to the degree of difficulty associated with the syllabus. The educational boards’ names are given below – CBSE – Central Board of Secondary Education ICSE – Indian Certificate of Secondary Education IB – International Baccalaureate State boards.

Best 11 and 12 commerce classes in Nagpur

There are many coaching in Nagpur ,who prepares students for 12th board exam. But the Best 12 class commerce institute in Nagpur is DGS Caps Learning. DGS Caps offers coaching for commerce students and prepare them for board exams. Students studying in DGS CAPS score top ranks in exam. Caps has record of producing toppers every year. CAPS Learning has world class teaching faculty with years of teaching experience. CAPS provides best study materials and test series which makes students prepare for exam. Come and Join DGS CAPS for your bright future. 

             Join Our Batches For More Details Call On 9693 120 120 Register Here www.tinyurl.com/dgscapslive

[wolfliving]

The Corona Reboot

It’s early yet, but we’ll see once the bodies are buried.

https://www.ianalanpaul.com/the-corona-reboot/

The Corona Reboot

by Ian Alan Paul

A decade from now, historians may very well call the coronavirus pandemic the great deceleration. The bodies that had been endlessly propelled through cities on metros, buses, bicycles, and freeways now sit in self-imposed isolation at home, the international flights that had been relentlessly criss-crossing continents now are increasingly grounded, and the container ships that had been churning steadily back and forth across oceans now drift idly beside coastal ports, buoyed by their lack of cargo. Chinese factories lay serenely still without their workers as if they were relics of a bygone industrial era, while environmentalists post online about the substantial reduction in global carbon dioxide emissions. The relentlessly accelerating velocities of capitalism appear, quite unexpectedly and abruptly, to be grinding, lumbering, and lurching into a languid slumber.

Following from the desertion of offices, factories, universities, restaurants, and other places of work, the historical suspension of the planet’s economy has given us all time for long conversations in living rooms and on phones, for cooking intricate recipes and reading long-forgotten books on shelves, for bringing groceries and medicine to neighbors in need, for playing in baths with children sent home from school, and for watching films that had been put off for years. People sleep, write, cry, dance, play, exercise, have sex, and laugh in the new pause we find ourselves within. The fragility, vulnerability, and interdependency of life come to be more intensely felt and drawn more acutely into focus as the virus spreads, opening the way for new intimacies, solidarities, and creativities. Even when surrounded by crisis and fear, fragile but utopian moments nonetheless find life.

And yet it already appears that, after only a few days of a planetary interlude characterized by an unprecedented deceleration of life on every continent where people have begun questioning the social order that had defined their lives up to this point, immense accelerations have been set into motion in an attempt to socially, economically, and politically compensate for the velocities that had been lost elsewhere. The shutting down of our planet’s systems appears to have already been answered by a system reboot meant to capture the unactualized potentials of so many newly immobilized bodies, to economically put to use the many bodies that have rather unexpectedly found time to experiment with the multiplicity of life’s uses.

If a system reboot, what we might simply call the corona reboot, can be said to be taking place, it is only because power now understands society as being wholly integrated as a vast computer that can be programmed and reprogrammed as needed in response to whatever disruption, contingency, or event. In this sense, the deceleration of so many bodies appears to have opened the way for the cybernetic reorganization and reacceleration of planetary life, where social distancing has justified the implementation of the most intense forms of digitized connectivity and control technically realizable in our present. This text is ultimately an attempt to think through the possibility that the shutting down and subsequent rebooting of the planet presently underway may not in fact be a collection of ad-hoc measures that will fade as the contagion does, but that the coronavirus may come to serve as the catalyst for a new kind of society built upon the forms of digitized subjectivity that are forged within the unique historical circumstances of the pandemic.

At the very minimum, in this moment we must all struggle to understand the rapid transformations of social life, of work, and of politics presently underway not only in the interest of surviving this together and defending our common humanity, but also in hopes of establishing a different kind of society than the one presently imagined by power. If this planetary reboot takes form as a total recalibration of social, economic, and political life in the interest of preserving the continuity of the social, political, and economic order of capitalism, how might we begin to imagine social life differently in this trying moment?

At this early stage, it appears that at least two new kinds of subjectivity have already begun to take shape, both of which are mutually constitutive, intimately dependent upon, and shaped by the informatic infrastructures and apparatuses that now run through and organize much of our planetary society. On the one hand, we have the domesticated/connected subject, who in being confined to their home is pushed to invent new ways to reconnect to and participate in a virtualized economy. On the other hand, we have the mobile/disposable subject that serves as the circulatory system of the pandemic, a subject that becomes increasingly vulnerable and precarious as it is compelled to move at ever greater velocities. In order for domesticated/connected subjects to materially sustain themselves, they must be coupled with the mobile/disposable subject that fulfills the minimum material needs of society while ensuring the social possibility of isolated yet networked domestic life.

The domesticated/connected subject is horrifically cut off from social life in their home yet is intimately plugged into an increasingly networked economy. They are as docile as they are productive, integrated with society but integrated only as separate. Office workers, university professors, programmers, reporters, and cultural workers, among others, are all ordered to stay home, but to stay logged on. Video streaming platforms struggle to handle the new volumes of traffic while raking in profits, and everyone undergoes online training so they can continue to collaborate and work on a domesticated network. The isolation of the home corresponds with its degree of connectivity. The domesticated/connected subject can avoid the risk of being proximate and promiscuous with other possibly-infected bodies by simply connecting to the office meeting on Zoom, streaming culture on Netflix, ordering food on Postmates, venting on Facebook, and purchasing more hand sanitizer on Amazon, while Trump has announced that if you do end up with symptoms of the coronavirus all you must do is visit a site designed by Google to schedule a remote test. As the mobility of bodies becomes restricted to domestic spaces, computer keyboards dance with frenzied kinetic activity in service of slowing the contagion and keeping the economy stumbling along through waves of turbulent market volatility.

Emerging as a refrain to the domesticated/connected subject, the mobile/disposable subject moves at ever greater speeds and at ever greater risk so no one else has to. The interruption of public life is overrun by the feverishly accelerated mobile/disposable subject that is connected and subservient to the same informatic networks that connect domesticated/connected subjects to planetary economies. Commanded by smartphone apps delivering endless streams of pings and alerts that steer them from one gig to the next through nearly vacant streets, migrant workers on electric bikes have never been in higher demand, carrying food boxes from restaurants, bags of groceries from supermarkets, and miscellany from pharmacies, bodegas, and liquor stores to all of the salaried domesticated/connected workers who, now confined at home, create vast deluges of online orders. 

Amazon truck drivers speed across neighborhoods, always over capacity and behind impossible-to-meet computationally-generated schedules, carrying boxes filled with diapers, batteries, bleach wipes, laptops, and breathing masks. Ambulance drivers are asked to simply never stop driving, while garbage workers haul larger and larger bags of trash filled with larger and larger volumes of domestic refuse. All of these workers are expected to go increasingly fast to keep up with increasing demand, and thus increasingly expose themselves to the contagion and other forms of risk associated with their embodied acceleration. The massive containment and isolation of the domesticated/connected subject has as its twin the mobile/disposable subject that constitutes the system of distribution for a new pandemic economy.

Both the domesticated/connected subjects working from home and the mobile/disposable subjects racing through the streets are ultimately brought together not only by the immense interconnected apparatuses of the digital economy but also by the blanket waves of social abandonment that now affect all life. When bodies of all kinds can be connected as isolated nodes on a network, remaining deeply reliant upon and subject to shifting algorithmic command and demand structures, the value of any single body approaches zero as every node on the network can be algorithmically swapped out and replaced with any other. 

The cybernetic management and distribution of labor and commodities allows for the economy to draw on the population only as needed, while effectively abandoning the waste that is the remainder. When a domesticated/connected subject gets sick with the coronavirus and can no longer work, the still-healthy occupants of another house are ready to log on and fill their place, just as when a delivery worker breaks their leg after falling off of their bike, another can be pinged and made to run out the door. The emerging economic system doesn’t spare any time thinking of what may happen to all those who for whatever reason cannot manage to stay connected and working in this economy.

The massive deterritorialization of labor spurred on by the pandemic response has allowed for the implementation of a newly flexible organization of work that frees capitalism and the capitalist state of any responsibility for life in general as long as the economy survives. Providing adequate testing for the virus, guaranteeing universal access to healthcare, and ensuring monetary relief to newly impoverished populations are seen as unnecessary as long as everyone remains willing to connect, log on, and answer the relentless call of capitalism’s networks. The management of the population has become synonymous with the management of waste, excess, and trash, and only those who have the ability to accelerate will be sustained and supported by the larger logistical and infrastructural systems of a new post-pandemic cybernetic economy, which in reality is just a more extreme and refined form of the capitalism we had all already been accustomed to living within.

In this moment it is crucial that we insist that the reterritorialization of our society, the corona reboot, that is presently underway is not inevitable nor undefeatable. In the interlude of the pandemic there is an opportunity to refuse the imposition of digitized commands and coercive connections while defending and cultivating different kinds of human relation and interdependency. There is a chance now for all of us to consider how we might restart society differently rather than allow the logic of capital to unthinkingly do it for us. We’ll likely be in these pandemic circumstances for many months, so let’s use this time to disconnect from the pressures, exigencies, and demands of the economy and to reconnect with others in ways that do not conform or submit to the new kinds of acceleration and abandonment that are already being implemented everywhere around us.

The coronavirus pandemic marks the first time in our history that a planetary disruption of this kind and scale has occurred in a networked society such as ours, but that does not mean that we have to let the logic of capitalist networks be what ultimately reorganizes our ways of life. Already, we see mutual aid networks being constituted, new forms of digital labor being subverted, carceral structures being dismantled, and market logics being refused. We must think of this as just a beginning. How freely, wildly, and courageously will we allow ourselves to dream in this moment? What new practices of living and relationalities will we dare to put into practice? How can we overcome the domestic paranoia that sends people sprinting to supermarkets, the fear that keeps us away from neighbors, the depression that follows from reading the news, while also keeping one another safe and caring for one another as the virus spreads? How can we begin to find one another to act compassionately and collectively together in a struggle to arrive on the other side of this pandemic in a world not structured by abandonment, isolation, and acceleration but by the inextinguishable dignity and value of life itself? Each of us must dedicate ourselves to begin not only articulating but living answers to these questions in all of the varied situations we find ourselves living within.