Physics - Page 23 of 65

The University of Texas at Arlington physicists have created a brand-new method for measuring the properties of the uppermost atomic layer of materials without taking into account data from the

Physics

Broken symmetries provide chances for thermal emission management.

Physics Article

Radiative intensity is a pervasive, actual cycle in our universe. Any item with a temperature above absolute zero trades nuclear power with the climate. In

Physics

Researchers have discovered what causes some icicles to have waves.

Physics Article

Trial physicists at the University of Toronto are getting closer to understanding why some icicles have swells all over their exteriors while others have smooth,

Physics

A novel chip-scale laser isolator brings up new photonics research opportunities.

Physics Article

Lasers are groundbreaking gadgets, yet one specialized challenge keeps them from being much more so. The light they produce can reflect once more into the actual laser and weaken or

Physics

Researchers use mirrors to control photosynthesis for the first time.

Physics Article

With the assistance of mirrors, set two or three hundred nanometers apart, an examination group has figured out how to effectively utilize light. The finding

Physics

New research reveals puzzling and contradicting heat transfer characteristics.

Physics Article

UCLA specialists and their partners have found another physical science rule administering how intensity moves through materials, and the finding goes against the customary way

Physics

The development of quantum-entangled networks of atomic clocks and accelerometers

Physics Article

Scientists from the Q-NEXT quantum research center explain how to make quantum-enabled organizations of nuclear tickers and accelerometers, and they demonstrate the arrangement's boss, high-accuracy execution. Interestingly, researchers have trapped

Physics

In a nuclear fusion test, wrapping a cylinder with a magnetic coil triples its energy production.

Physics Article

A group of scientists working at the Public Start Office, part of Lawrence Livermore National Laboratory, has found that covering a chamber containing a modest

Physics

Machine learning is being used to infer rules for designing complex mechanical metamaterials.

Physics Article

Mechanical metamaterials are refined fake designs with mechanical properties that are driven by their construction instead of their composition. While these designs have ended up

Physics

New lanthanum and hydrogen compounds are paving the path for superconductor development.

Physics Article

Superconducting materials are described by the way that they lose their electrical obstruction under a specific temperature, the supposed progress temperature. On a basic level, they would be great for