How Cellular Whips Generate Their Powerful 3D Beat
New research reveals how cellular whips (cilia) generate their complex 3D movements, uncovering the fundamental mechanical coupling essential for cell choreography.
Featured Article
Invisible Jets: How Tiny Bubbles Could Revolutionize Drug Delivery to the Brain
New research reveals how 'invisible jets' from microbubbles precisely open the blood-brain barrier, revolutionizing targeted drug delivery to the brain.
Health, Life and Sustainable Development Desk
Curating research stories on medicine, public health, biotechnology, social development, and global sustainability goals
8 min read
•Editor's picks
New Battery Binder Could Unlock Sodium-Air Energy Storage
New fluorine-free polymer binder DPTA631 revolutionizes sodium-air battery performance, enabling efficient, sustainable, and cheaper energy storage.
A Better Way to Recycle Dead Batteries Could Transform the Electric Vehicle Industry
New battery recycling transforms spent cathodes into high-performance materials, offering a sustainable path for EVs and a truly circular battery economy.
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Research Insights
Scientists Create a Magnetic Switch to Control Quantum Particles
Scientists unveil a magnetic switch to control excitons, fundamental quantum particles critical for future light-based electronics and quantum technologies.
Fundamental Sciences Desk·8 min read
A Century-Long Chemistry Quest Ends With the Discovery of a Bismuth Ring
After a century-long quest, chemists have finally isolated Bi5−, an all-metal aromatic bismuth ring, redefining aromaticity and opening new paths in chemistry.
Fundamental Sciences Desk·7 min read
Researchers Develop Synthetic Cells That Mimic Life and Death
Scientists engineered synthetic DNA droplets that mimic life's cycles, growing and dissolving on command. A breakthrough for programmable biology.
Health, Life and Sustainable Development Desk·7 min read
Renewable Energy Could Shield Economies from Energy Price Shocks—But Only With Deeper Deployment
Renewable energy could shield economies from price shocks, but achieving true independence requires deeper deployment that challenges current economic models.
Health, Life and Sustainable Development Desk·8 min read
The Ghost Structures That Guide Chemistry: How AI Is Learning to Predict Reaction Pathways
AI now predicts fleeting chemical transition states with unprecedented speed and accuracy, accelerating drug discovery, catalyst design, and materials science.
Fundamental Sciences Desk·8 min read
Scientists Turn Plastic Waste and Carbon Dioxide into a Valuable Chemical—Using Only Sunlight
Scientists developed a device using sunlight to convert plastic waste and CO2 into formate, a valuable chemical, offering a highly efficient solution for the circular economy.
Planet, Climate and Environment Desk·7 min readTrending now
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Time Dilation: Why Astronauts Age Slower in Space
Einstein’s Theory of Relativity Is More Than Science Fiction — It’s Changing How We Understand Time and Aging
Analysis Desk•5 min read
2
Deep Learning Outperforms Traditional Models in Predicting Stock Prices Across Market Conditions
New research shows deep learning models outperform traditional methods in stock price prediction, demonstrating superior accuracy across stable and volatile markets.
Energy, Innovation and Engineering Desk•10 min read
3
Rare Deep Earth Mineral Davemaoite Changes Geology
Scientists confirm Davemaoite, a long-debated mineral, exists deep in Earth's lower mantle. This landmark discovery reshapes our understanding of planetary dynamics.
Planet, Climate and Environment Desk•10 min read
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