Quantum technologies, computers or other devices that operate leveraging quantum mechanical effects, rely on the precise ...

A mathematical equivalent of a microscope with variable resolution has shed light on why some atoms are exceptionally stable, ...

In terms of the Quasiparticle Model, a single particle travels through a sea of fermions, which include electrons, protons, or neutrons, and interacts persistently with its neighbours.

Time crystals could one day provide a reliable foundation for ultra-precise quantum clocks, new mathematical analysis has revealed. Published in Physical Review Letters, the research was led by ...

Quasicrystals are orderly structures that never repeat. Scientists just showed they can exist in space and time.

UK-based Space Forge wants to create ultra-high-quality crystals in space for the manufacture of semiconductors back on Earth.

The total energy of the ball consists of its potential energy (related to position) plus its kinetic energy (related to motion). To zero out both components, you would have to give a precise value to ...

An international team of researchers has shown that superconductivity can be modified by coupling a superconductor to a dark electromagnetic cavity. The research opens the door to the control of a ...

AI’s march toward the singularity is hitting a hard limit: Moore’s Law is slowing, energy is scarce, and star-powered dreams remain science fiction.

A new class of quantum-engineered photocatalytic material can split ordinary water into clean hydrogen fuel using nothing but ...

Atoms measure roughly 0.1 nanometers across, a scale so small that scientists spent more than six decades developing ...

Rare earth elements are essential for modern technology, but their similar chemistry makes separation difficult and expensive. Now researchers are exploring new technologies to streamline processing ...