High-temperature Superconductors

High-temperature Superconductors

Superconductors are materials with zero resistivity. They are well-known to the general public due to their practical applications and have been mentioned several times throughout…
Unusual Electron Behavior Hints to Surprise Result for Solid State Physicists

Unusual Electron Behavior Hints to Surprise Result for Solid State Physicists

Researchers at the University of Tokyo noticed an unusual signal related to the way electrons are grouped while examining the behavior of electrons in iron-based…
Researchers Devised a Novel Quantum Cryptography Technique

Researchers Devised a Novel Quantum Cryptography Technique

Quantum cryptography is one of the most exciting quantum technologies of our time: the exact same information is created at two distinct locations, and the…
Magnetic Moment (Definition, Formula)

Magnetic Moment (Definition, Formula)

The magnetic moment, sometimes called the magnetic dipole moment, is a feature of a magnet that interacts with an applied field to produce a mechanical…
A Novel Cooling Approach that will Make it Simpler to Quantify the Magnetic Moment has been Developed by Scientists

A Novel Cooling Approach that will Make it Simpler to Quantify the Magnetic Moment has been Developed by Scientists

Scientists from the BASE collaboration, led by RIKEN researchers, have devised a novel cooling approach that will make it easier to quantify the magnetic moment,…
Physicists Use a Nanostructure Channel to Control the Flow of Electron Pulses

Physicists Use a Nanostructure Channel to Control the Flow of Electron Pulses

In fields including biology, materials science, and particle physics, particle accelerators are critical instruments. Researchers are always seeking for more powerful techniques to accelerate particles…
A New Method for Detecting Superfluid Motion has been Developed by a Group of Scientists

A New Method for Detecting Superfluid Motion has been Developed by a Group of Scientists

A new study led by researchers at Rochester Institute of Technology might help unleash the potential of superfluids, which are basically frictionless unique substances capable…
A New Study could help Unlock the Potential of Superfluids Motion

A New Study could help Unlock the Potential of Superfluids Motion

A superfluid is a state of matter in which matter behaves as if it were fluid with no viscosity. The substance, which appears to be…
Quantum Computers require a Photonic Chip to be ‘Nurtured’

Quantum Computers require a Photonic Chip to be ‘Nurtured’

Photon-based quantum computers may have significant advantages over electron-based quantum computers. To capitalize on these advantages, quantum computing startup Xanadu has made a photonic quantum…
Using Polarized Light to Control Electrons and Vibrations in a Crystal

Using Polarized Light to Control Electrons and Vibrations in a Crystal

Unpolarized light can be converted to polarized light. Polarized light waves are light waves with vibrations that occur in a single plane. Polarization is the…
In a Real-world Setting, Quantum Networking has reached a new level

In a Real-world Setting, Quantum Networking has reached a new level

A team from the United States Department of Energy’s Oak Ridge National Laboratory, Stanford University, and Purdue University created and demonstrated a novel, fully functional…
Metal 3D Printing was used to create an Extreme Heat Exchanger

Metal 3D Printing was used to create an Extreme Heat Exchanger

Heat exchangers are used in both cooling and heating processes to transfer thermal energy from one medium to another. As a result, they are used…
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