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.
Revolutionary AI Combines Pure Mathematics and Reinforcement Learning to Predict Future Crises
A groundbreaking AI leverages reinforcement learning and pure math to solve the Andrews-Curtis conjecture, paving the way for advanced forecasting of financial crashes, epidemics, and climate...
AI Uncovers Unprecedented Plasma Physics Phenomenon, Surprising Scientists
An advanced AI system has discovered a previously unknown plasma physics phenomenon, revealing new frontiers in scientific understanding.
How Your Nature Photos on iNaturalist Are Revolutionizing Scientific Research
iNaturalist users are fueling a scientific revolution, with peer-reviewed studies using their wildlife photos increasing tenfold in just five years.
Revolutionary DNA Nanostructures: Scientists Engineer Self-Assembling Moiré Superlattices
Researchers harness DNA's self-assembly to craft customizable moiré superlattices at the nanoscale, paving the way for breakthroughs in nanotechnology and advanced materials.
Revolutionary Magnet Design Promises Major Advances in MRI and Magnetic Levitation
German physicists unveil a compact magnet design that generates powerful, uniform magnetic fields, paving the way for next-gen MRI and magnetic levitation technologies.
Mysterious Antarctic Ice Signals Challenge Physics: Scientists Seek Answers
Unexplained signals from Antarctic ice are baffling scientists, potentially defying known physics. Discover what these anomalies could mean for our understanding of the universe.
DIY Iron Nitride Permanent Magnets: Rare-Earth-Free Power Using a Ball Mill
Discover how to create powerful iron nitride permanent magnets without rare earth elements using a DIY ball mill. Explore the science and potential applications of α''-Fe16N2 magnets.
Scientists Achieve Breakthrough by Creating and Observing Liquid Carbon for the First Time
Researchers have successfully created and observed liquid carbon in the lab, unlocking insights into a material that exists for mere billionths of a second and was once thought impossible to study.
Breakthrough Study Unveils How Axolotls Regrow Limbs: Controlled Molecule Breakdown Holds the Secret
Researchers uncover that axolotls' limb regeneration relies on the precise breakdown of a key molecule, opening new possibilities for regenerative medicine.
Breakthrough Sodium Batteries Pave the Way for Zero-Emission Electric Flight
MIT scientists develop advanced sodium fuel cells with higher energy density than EV batteries, offering a low-cost, eco-friendly solution for electric aviation and CO2 absorption.
Nobel Laureate Adam Riess Rethinks the Fate of the Universe
Nobel Prize-winning physicist Adam Riess revisits his groundbreaking work, challenging established theories about the universe's ultimate fate.
AI Breakthroughs in Decoding Animal Communication: Should Humans Respond?
AI is revolutionizing our understanding of animal speech, but experts debate the ethics and implications of talking back to whales, dogs, and dolphins.
Breakthrough Research Paves Way for Next-Generation AI Photonic Chips
Two groundbreaking studies reveal significant advancements in photonic microchips, accelerating the development of powerful AI hardware.
Revolutionary Discovery: Sperm's Corkscrew Dynamics Enhance Swimming Efficiency
Groundbreaking research reveals sperm create synchronized corkscrew fluid vortices, boosting their swimming speed and efficiency.