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10889 results for "scientific collaboration"
Artificial intelligence is helping scientists collaborate faster and tackle complex research challenges without sacrificing openness. Major institutions are testing whether AI agents can replicate scientific processes to accelerate discoveries that benefit everyone.
The Blavatnik Awards for Young Scientists celebrates two decades of connecting brilliant minds across disciplines, sparking collaborations that have launched 50 companies and secured 800 patents. This summer's symposium showed how chemistry innovations are removing toxic contaminants from water, AI is revolutionizing labs, and brain research is unlocking autism mysteries.
More than 650 everyday citizens have become published scientific authors by volunteering with NASA projects, discovering everything from comets to exoplanets. Their contributions are now part of the permanent scientific record that will inform researchers for generations.
Georgia Tech researchers have created "thinking microscopes" that use AI to actively participate in scientific discovery, not just collect data. These AI lab assistants could dramatically speed up breakthrough research in energy, medicine, and materials science.
Argonne National Laboratory joins a new federal consortium using artificial intelligence to accelerate discoveries in medicine, materials, and quantum science. The program connects supercomputers, research data, and thousands of scientists without traditional grant red tape.
Google just unveiled Gemini for Science, a collection of AI tools designed to help researchers discover breakthrough science faster. More than 100 research institutions are already partnering with the tech giant to reshape how we unlock scientific knowledge.
Siemens has partnered with the U.S. Department of Energy to modernize America's scientific infrastructure, using artificial intelligence and digital twin technology to help researchers turn discoveries into real-world solutions faster than ever before.
Siemens has partnered with the Department of Energy to help build AI-powered research infrastructure that could accelerate scientific discoveries from lab to real world. The Genesis Mission aims to connect America's national laboratories into one coordinated network supercharged by artificial intelligence.
The US Department of Energy is transforming artificial intelligence into a national scientific tool, backed by federal investments in supercomputing and research labs. Undersecretary Darío Gil will discuss how America is building AI infrastructure to accelerate breakthroughs across all fields of science.
Google just released a suite of AI tools that can generate research hypotheses, run thousands of experiments simultaneously, and analyze scientific literature in minutes instead of months. Scientists at over 100 institutions are already using them to tackle diseases and unlock breakthroughs.
Microsoft just pledged $60 million to help America's national laboratories use AI to double research productivity within a decade. The tech giant created a new program called SPARK to turn computing power into real scientific breakthroughs.
A groundbreaking analysis of over 750 Nobel Prize-winning discoveries reveals that new tools and methods—not theories alone—drive scientific breakthroughs. From microscopes to AI, the research shows how instruments unlock what was previously invisible.
The United States and Japan are joining forces to accelerate scientific breakthroughs with artificial intelligence, committing $1 billion over five years. Japan becomes the first international partner in America's ambitious "Genesis Mission" project.
A new company just secured major funding to build AI that doesn't just search for answers but actually creates new scientific discoveries. Unreasonable Labs wants to turn research that takes years into work that happens in weeks.
NASA is joining a White House initiative to use artificial intelligence to unlock faster scientific breakthroughs and engineering solutions. The Genesis Mission will help the space agency analyze 70 years of data and develop next-generation systems more quickly.
Twenty-five years after its creation, America's National Conservation Lands network has grown to 906 protected areas spanning 38 million acres, serving as vital hubs for scientific research. These landscapes are helping scientists understand everything from climate change to Indigenous land management practices.
Four major tech powerhouses just joined forces to supercharge scientific discovery using artificial intelligence and next-generation computing. The collaboration aims to tackle everything from energy challenges to quantum computing breakthroughs.
Scientists across Africa will soon have better access to research and data through a groundbreaking partnership between the African Union, South Africa, Brazil, and China. The collaboration aims to break down barriers that have kept vital scientific knowledge out of reach for researchers in developing nations.
University of Alabama scientists won federal funding to build an AI assistant that will help physicists analyze massive data floods in seconds instead of years. The breakthrough could revolutionize research across multiple scientific fields.
A new benchmark called TRACES evaluates whether AI can make genuine scientific discoveries instead of just recycling existing knowledge. Unlike traditional tests with preset answers, it places AI systems in real-world problem-solving environments where they must adapt, experiment, and navigate uncertainty.
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