Physics - Page 14 of 65

A spontaneous topological Hall effect in van der Waals materials is driven by a non-coplanar antiferromagnetic order.

Ferromagnets are materials that become charged and remain so while they are presented to an external magnetic field. In these materials, electric flows ordinarily prompt a purported cross-corridor voltage (i.e.,

Physics

Finding superconductivity at ambient temperature is made easier by new material.

Physics Article

Researchers from Jilin College, the Middle for High Tension Science and Innovation Progressed Exploration, and Skoltech have blended lanthanum-cerium polyhydride, a material that promises to

Physics

Superconductive images are revealed by researchers to be 3D, disorder-driven fractals.

Physics Article

The ability to meet global energy needs is at an all-time low. Global problems have arisen as a result of the technological age. It is

Physics

With their negative mass, hybrid exciton–polariton particles surprise.

Physics Article

These strange light-matter hybrid particles have gained yet another strange dimension thanks to the unexpected discovery of exciton–polaritons with negative mass. Dr. Matthias Wurdack, Dr. Tinghe Yun and Dr. Eliezer

Physics

Researchers expand the idea of directionality and propose a new class of materials as a fresh twist on chirality.

Physics Article

Restricting the flow of heat, electricity, or sound to a single direction is often desirable, but naturally occurring systems almost never permit this. Notwithstanding, unidirectional

Physics

Realization of a photonic metamaterial-based continuous time crystal

Physics Article

A new state of matter known as a time crystal was first proposed in 2012 and is characterized by continuous oscillatory motion of the particles.

Physics

Software for simulating radiation damage was created to examine the mechanics of defect formation in polycrystalline materials.

Physics Article

A set of software known as object-kinetic Monte Carlo-lattice-kinetic Monte Carlo (OKMC-LKMC) hybridization simulation software was recently developed by the research group led by Prof. Liu Changsong from the Institute

Physics

High-resolution microscopes can be created from cell phone cameras thanks to technology.

Physics Article

The world's smallest LED (light-emitting diode) has been developed by Singaporean researchers, making it possible to transform existing mobile phone cameras into high-resolution microscopes. The

Physics

Magnesium diboride super magnets are a step toward a sustainable superconductor technology.

Physics Article

Magnesium diboride (MgB2) is a non-toxic, low-cost superconductor that is utilized in generators, electric motors, and field magnets. However, it costs a lot to make

Physics

Toy microbots show how biological machines function.

Physics Article

By interfacing little self-driving toys in a chain, specialists at the UvA Organization of Physical Science have tracked down the way to concentrate on the development of minuscule life forms