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Revolutionary AI-Powered System Turns Lost Science into Future Discoveries

Update Unlocking Science with AI: The FAIR² Revolution In a world where over 90% of scientific data is essentially lost to time or remains underutilized in laboratories worldwide, a groundbreaking initiative by Frontiers seeks to change this grim reality. Introducing the FAIR² (FAIR Squared) Data Management system, powered by cutting-edge artificial intelligence, this innovative framework aims to transform how scientific data is managed, shared, and reused. With the promise of making datasets findable, accessible, interoperable, and reusable, FAIR² is not just a technical enhancement; it is a crucial step toward accelerating global scientific progress. The Challenge of Lost Data Despite significant investments in research, approximately 80 out of every 100 datasets produced remain trapped within labs, unshared and underexplored. This underutilization not only stifles innovation but also hinders the advancement of critical fields like healthcare and climate science. A lack of structured, accessible data can result in slower progress, as evidenced by the pandemic's impact on understanding viral variants, among other pressing global issues. The FAIR² initiative directly addresses the fragmentation and accessibility challenges that have historically plagued scientific data. A Paradigm Shift in Research Accessibility FAIR² combines robust AI-driven curation with essential processes such as compliance checks, peer review, and interactive visualization. It is designed to bring coherence and transparency to research data, enabling scientists to focus on discovery rather than bureaucratic data preparation. Dr. Kamila Markram, co-founder of Frontiers, articulates this vision: "With FAIR², no dataset and no discovery need ever be lost again". This breakthrough could redefine how scientific contributions are recognized, credited, and utilized globally. AI-Powered Stewardship: A Game Changer At the heart of FAIR² is the AI Data Steward, which automates labor-intensive tasks – from organizing datasets to generating metadata. This significantly reduces the time required for researchers to make their data ready for publication, allowing them to concentrate on impactful analysis. The system generates a certified Data Package, a peer-reviewed Data Article, and an Interactive Data Portal, encapsulating the data's context and usability for diverse audiences. This 360-degree approach ensures that datasets are not only preserved but also acknowledged and credited effectively, thus enhancing their impact. Real-World Applications: Pilot Datasets The inaugural application of the FAIR² system includes datasets from the critical fields of health and marine biodiversity. A prime example is the SARS-CoV-2 Variant Properties dataset, which has consolidated extensive information about viral mutations and their implications for vaccine efficacy and treatment strategies. Such data integration is crucial for pandemic preparedness and response. Addressing Global Challenges through Open Data FAIR² is designed around the understanding that open science must evolve from mere principles to effective implementation in the face of global crises. As researchers continue to confront challenges from climate change to public health, platforms that foster data sharing and collaboration become paramount. The FAIR² Data Management system not only facilitates the reuse of scientific data but also makes it actionable, enhancing interdisciplinary collaboration. The Call for Collaboration Frontiers is inviting researchers to participate in the FAIR² pilot program, offering an unprecedented opportunity to transform their datasets into scalable, AI-ready resources at no cost. This collaboration aims to improve the visibility of research outputs and catalyze significant advancements across various scientific fields. Conclusion: Towards a Sustainable Future in Science As we look to the future, the potential for AI-driven data management through FAIR² presents exciting opportunities. By breaking down existing barriers to data access and usability, scientists can drive innovation and progress in areas that matter most to society. This initiative offers not only a systematic approach to managing research but also an opportunity for scientists to reclaim their contributions to global knowledge. Don’t miss the chance to be part of this transformative approach; apply for the FAIR² pilot program today and help ensure that science's potential is not just recognized but exploited for the betterment of humanity.