Researchers have developed an AI-guided catalyst that enhances hydrogen production, increasing efficiency while lowering costs. Using cobalt phosphide modified with fluorine, this breakthrough could help make hydrogen a viable clean energy solution, supporting global climate goals. The technology has shown durability in tests and may revolutionize hydrogen use in transportation and manufacturing.

In a bold move to reshape scientific research, Microsoft’s AI for Science lab, headed by physicist-turned-AI-expert Christopher Bishop, is leveraging artificial intelligence to accelerate discoveries in areas like drug development, sustainable energy, and climate solutions. From developing powerful tools like TamGen to pioneering AI emulators for weather prediction, the lab is redefining how science is done in the age of AI.

The Biden administration prioritized science and technology, focusing on AI governance, semiconductor manufacturing, and federal R&D funding. Key initiatives like the CHIPS Act and Executive Order 14110 enhanced U.S. innovation and competitiveness, laying the groundwork for responsible tech development and global leadership.

In 2024, artificial intelligence achieved groundbreaking advancements, decoding ancient texts, uncovering whale communication, and revolutionizing biomedical research. Discover how AI is shaping the future of science and transforming our understanding of the world.

OpenAI o3 redefines AI reasoning with groundbreaking accuracy and safety measures. From advanced programming to educational support, this latest system showcases the future of AI while emphasizing ethical alignment and responsible innovation.

Google commits $20M to propel AI-driven scientific innovation. This initiative targets transformative research in rare diseases, sustainability, and more, providing funding and infrastructure to advance groundbreaking discoveries.

As hurricanes grow more intense due to climate change, NASA and NOAA are leading the charge with cutting-edge AI models, daring hurricane hunters, and open science initiatives. Learn how these efforts are revolutionizing storm prediction, aiding disaster recovery, and protecting vulnerable communities worldwide.

Tokyo University of Science researchers have achieved a major advancement in sodium-ion battery technology by using machine learning to optimize performance. With sodium's affordability and availability, this breakthrough offers a sustainable alternative to lithium-ion batteries, promising advancements in renewable energy, electric vehicles, and consumer electronics.

AI-generated summaries are proving more effective than human-written ones in making science easier to understand. This new research shows how simplified language not only boosts public comprehension but also enhances trust in scientists, potentially reshaping science communication.