Breakthrough Sensor Endures Extreme Nuclear Reactor Conditions for Real-Time Monitoring
A revolutionary microchip survives 1,500°C and intense radiation, enabling real-time data collection from inside nuclear reactor cores.
Eco-Friendly Shiitake Mycelium Memristors Revolutionize High-Frequency Bioelectronics
Discover how sustainable memristors made from shiitake mycelium are transforming neuromorphic computing, offering greener, cost-effective alternatives to traditional semiconductor technology.
OpenFold3: New Open-Source AI Challenges AlphaFold in Protein Structure Prediction
OpenFold3 debuts as an open-source AI tool aiming to rival DeepMind's AlphaFold in protein structure prediction, offering researchers free access to cutting-edge molecular modeling.
Revolutionizing Fluorescence Microscopy: Bayesian DIGIT Method Achieves Sub-Ångström Precision
DIGIT, a Bayesian imaging technique, maps quantum emitters to lattice sites with 0.178 Å precision, introducing an exponential scaling law for ultra-precise, parallel localization in quantum and...
Oxford Physicists Successfully Teleport Data Between Quantum Supercomputers
Oxford University scientists have achieved a breakthrough by teleporting information between two separate quantum computers, paving the way for advanced quantum networks.
The Future of Mathematics: Exploring Large Language Models and the Lean Proof Assistant
Discover how large language models and the Lean proof assistant are revolutionizing mathematical research and the way we approach proofs and problem-solving.
2025 Nobel Chemistry Prize Awarded for Groundbreaking Molecular Architecture Innovations
Susumu Kitagawa, Richard Robson, and Omar Yaghi win the 2025 Nobel Chemistry Prize for pioneering advanced molecular materials, revolutionizing storage and separation technologies.
Researchers Achieve Groundbreaking 'Unconditional Proof' of Quantum Advantage: What’s Next for Quantum Computing?
Scientists unveil the first unconditional proof of quantum advantage, marking a pivotal milestone for quantum computing—even if real-world applications remain distant.
Revolutionary AI Tool Predicts the Global Impact of Scientific Research
Funding the Frontier uses AI to forecast which research studies will shape society, visualizing the downstream effects of scientific funding on policies, products, and public health.
Asteroid Families Uncover Hidden Chapters of the Solar System's Past
Discover how tracing asteroid families helps scientists unravel the secret history and evolution of our solar system.
Reimagining Higher Education: Nature’s In-Depth Analysis on the Future of Universities
Explore how universities worldwide are adapting to unprecedented challenges, from AI disruption to global education expansion, in Nature’s comprehensive special report.
Are Humans Adopting AI Language? How Artificial Intelligence Is Shaping Our Vocabulary
AI-powered language models are influencing human vocabulary, with terms like 'delve,' 'underscore,' and 'intricate' becoming more common in academic and professional speech.
Hidden Mathematical Patterns Discovered in Earth's Geological History
A new study reveals that major geological events follow a concealed hierarchical pattern, offering fresh insights into Earth's past and potential clues for future changes.
Scientists Uncover Massive Undersea Metropolis, Surpassing the Atlantic’s ‘Lost City’
A groundbreaking discovery of the Kunlun hydrothermal vent system reveals a vast, thriving ecosystem, offering new insights into the origins of life on Earth.
Gene-Edited Babies: How New Technology Is Transforming Genetic Engineering
Explore the latest advancements in gene-editing technology and how they are reshaping the future of genetically modified babies, following the controversial 2018 case.