Physics - Page 26 of 65

The present society depends on the handling and stockpiling of a lot of information. The dire requirement for expanded information capacity limit and the roaring energy utilization of server farms

Physics

Researchers have discovered a regulatory mechanism by which life controls and arranges itself through enzymatic processes.

Physics Article

Inside cells, atomic beads structure characterized compartments for compound responses. Tacky connections between atoms, yet in addition, dynamic responses can frame such drops, as was

Physics

The metallic crystal ‘Kagome’ offers a new twist to electronics.

Physics Article

A global group of scientists, led by a City College of Hong Kong (CityU) physicist, has found that a clever metallic gem shows strange electronic

Physics

New hybrid structures may pave the path for more stable quantum computers.

Physics Article

A better approach to joining two materials with unique electrical properties—a monolayer superconductor and a topological cover—gives the best stage to date to investigate a strange type of superconductivity called

Physics

How can micro endoscopes be improved? A new probe design holds the prospect of improving biomedical imaging.

Physics Article

Microendoscopes are the foundation of current clinical diagnostics—they permit us to see what we were unable to try and depict twenty years prior. The innovation

Physics

The development of a light-analysis “lab on a chip” paves the way for the widespread usage of portable spectrometers.

Physics Article

Researchers, including an Oregon State College materials scientist, have fostered a superior device to gauge light, adding to a field known as optical spectrometry in

Physics

Electrons with Planckian scattering in unusual metals follow standard orbital motion principles in a magnet.

Physics Article

Odd metals, or non-Fermi fluids, are particular conditions of issue that have been seen in various quantum materials, including cuprate superconductors. These states are portrayed by strange conductive properties, for

Physics

In a dielectric substance, the researchers compress light 12 times below the diffraction limit.

Physics Article

Up to this point, it was broadly accepted among physicists that it was difficult to pack light beneath the alleged diffraction limit (see underneath), aside

Physics

Researchers develop the first quasiparticle. Condensate of Bose-Einstein

Physics Article

Physicists have made the main Bose-Einstein condensate — the strange fifth condition of issue — produced using quasiparticles, substances that aren't considered rudimentary particles, but

Physics

Researchers use scanning ultrafast electron microscopy to reveal the hot photocarrier transport characteristics of cubic boron.

Physics Article

In a review that affirms its commitment as the leading edge semiconductor material, UC St. Barbara scientists have straightforwardly pictured the photocarrier transport properties of cubic boron arsenide single gems.