Your next cooler will be made of wobbly jiggling atoms
Soft, jiggling atoms can be the key to dramatically better cooling by disrupting heat flow.
A Tiny Flaw Summons Superconductors' Loudest Quantum Ghosts
A single impurity near a boundary summons detectable quantum interference patterns from particle-hole pairs in superconductors.
Carbon Atoms Grow Hands And Flip Their Quantum Magnets
Carbon layers can flip their magnetic orientation and become "handed" superconductors.
Glass-like film conducts power and sharply bends visible light
A novel metal sulfonitride film conducts electricity while also bending visible light with a remarkably high refractive index.
Glass-like film conducts power and sharply bends visible light
This new metal sulfonitride film blends transparency with electrical conductivity, a rare combination for advanced electronics.
Tiny Light Switch Revolutionizes Data, Sips Power
A novel optical switch uses light's subtle nonlinearities to control data flow with unprecedented energy efficiency.
Electric Toasters for Your Data Make Storage Tiny
New research uses targeted heating to make magnetic data storage significantly denser and more efficient.
Scientists found a disco ball to clear your body's party
Researchers developed a novel sensor that bypasses the electrical noise in bodily fluids to detect disease markers.
Forget the Furnace, AI Chats Conjure Next-Gen Super-Metals
AI chatbots are accelerating the discovery of next-generation super-metals by navigating complex alloy combinations.
Electrons Just Found Their Favorite Double Date Night
Electrons are now known to superconduct in groups of four, a departure from the long-held theory of pairs.
Electrons Just Found Their Favorite Double Date Night
Electrons can now superconduct in groups of four, opening new possibilities for quantum technologies.
Twisted Atoms Unleash a Giant Leap for Computer Memory
Strain physically reorients electron paths in FePS₃, enabling nonvolatile memory with extreme conductivity changes.