Medicine & TechnologyA new physical phenomenon has recently been discovered by a research team specifically involving twisted structures called skyrmions.
Chalcogenide glasses are widely used in electronics as well as near- and mid-infrared photonics. Electrical engineers found that their use can be extended to visible and ultraviolet applications by changing their physical shape.
Cancer immunotherapy is seeking to make "cold" tumors hot, those that are responding to immunotherapy, by stimulating and enlisting the own immune system of the body.
Researchers from the Chalmers University of Technology created microscopic metavehicles that can be maneuvered using nothing but light. They succeeded in moving the metavehicles and transported other objects as well.
Hydrogen energy is potentially a key measure to meet the United Nations net zero emissions target, although its industrial function has been stalled by the hardship in both its handling and storage.
Scientists from Cornell University developed micro-robotic swimmers that can be powered by ultrasound waves that someday could be used as a new tool for targeted drug delivery.
Researchers discovered a new physical impact relative to the interactions between light and twisted materials, an impact that's possible to have consequences for developing new nanotechnologies in communications
Researchers identified a new, less expensive, and more effective electrocatalyst to produce green hydrogen from water that could, in the future, open new doors for more extensive production of clean energy.
Researchers recently developed a new approach to measure atomic bonds and nature, revealing that a sound's speed depends on the structure it travels through.
Researchers recently developed DNA-based microfluidic chips that can be used not just to provide math solutions but to help with global warming, as well.
Researchers from the Skolkovo Institute of Science and Technology (Skoltech), together with their colleagues from China, were able to experimentally demonstrate superconductivity in cerium superhydrides.
A new study was able to fully manipulate mesoscale activities of electrons, ion, and other molecular particles in a metal oxide through the help of geometric confinement.