materials science Archives

Northwestern researchers have demonstrated that multiple inexpensive and abundant materials, including activated carbon, nanostructured graphite and iron and aluminum oxide nanoparticles, can facilitate direct air capture of CO2.

Carbon capture could become practical with these scalable, affordable materials

$Researchers from the Institute of Industrial Science, The University of Tokyo, discover brand new one-dimensional diffraction patterns in two-dimensional nanomaterials, with exciting implications$

materials science

Carbon capture could become practical with these scalable, affordable materials

Japanese Scientists Discover Strange New Stripes in Twisted Nanomaterials

This Glass Can Hold 3D Patterns That Appear and Disappear at the Flick of a Light

Shape-Shifting Robot Swarms Can Flow Like Liquid, Support Human Weight

Particle that only has mass when moving in one direction observed for first time

Scientists Use Earthquake Statistics to Revamp Materials Testing

Atomic-Level Engineering of Perovskites Unlocks New Possibilities for LEDs and Lasers

AI Unveils Chemical Secrets for Solar Energy: Turning the Black Box Transparent

A new material for small electronics that gives batteries longer life

Breakthrough in quantum microscopy: Researchers make electrons visible in slow motion

Million-Mile EV Batteries? New Crystal Tech Could Make It Possible

Scientists create world’s most amazingly difficult maze with future potential to boost carbon capture

Innovative bird-eye-inspired camera developed for enhanced object detection

Cheap, dirty leftovers can produce pure oxygen