Physics - Page 15 of 65

New UC Santa Barbara-designed devices promise to improve data processing and storage in the never-ending quest for energy-efficient computing. Scientists in the lab of Kaustav Banerjee, a teacher of electrical

Physics

The quantum entanglement of photons increases the resolution of a microscope.

Physics Article

Utilizing a "creepy" peculiarity of quantum material science, Caltech specialists have found a method for multiplying the goal of a light magnifying lens. A team

Physics

Researchers use a sophisticated method to better analyze particle beams in accelerators.

Physics Article

Whenever the SLAC Public Gas Pedal Research Facility's direct gas pedal is on, bunches of around a billion electrons each move together at almost the

Physics

A topological superconductivity model system with skyrmionic magnons as the mediating agents

Physics Article

The properties of topological superconductors, also known as "in-gap Majorana states," distinguish them from other types of superconductors. These bound states can act as qubits, making topological superconductors especially encouraging

Physics

Researchers find an irregularity in the acoustic topology of the corner

Physics Article

Using the novel wave transport phenomenon, topological acoustics offers a novel method for manipulating acoustic waves. It has provided a number of promising new concepts

Physics

Researchers discover a way to circumvent limitations in X-ray microscopy.

Physics Article

Because X-ray microscopes can penetrate most materials, chest X-rays and CT scans allow non-invasive examination of internal organs and skeletons. In recent times, efforts have

Physics

How a single photon transforms into four charge carriers

Physics Article

A key technology for environmentally friendly energy is photovoltaics, which convert light into electricity. Since the times of Max Planck and Albert Einstein, we have realized that light and power

Physics

There is fresh experimental proof that chiral symmetry is restored at high matter densities.

Physics Article

Non-zero expectation values of condensates like gluons and quark–antiquark pairs are what theoretically define the QCD vacuum, which is the ground state of vacuum in

Physics

There is new experimental proof that chiral symmetry is restored at high matter densities.

Physics Article

Non-zero expectation values of condensates like gluons and quark–antiquark pairs are what theoretically define the QCD vacuum, which is the ground state of vacuum in

Physics

Technology advancement paves the path for more realistic 3D holograms for virtual reality and other applications.

Physics Article

Dynamic ultrahigh-density 3D holographic projections can now be made in a novel way, according to researchers. This kind of hologram could enable realistic representations of the world around us for