India’s National Quantum Mission leverages nuclear legacy to lead in quantum computing, communication, sensing, and deep-tech ...

Strata: Stories from Deep Time’ explores the origins of the air we breathe and untangles some of our planet’s oldest stories.

Using NASA's Chandra X-ray space telescope, astronomers have discovered that a galaxy cluster is wrapped in an envelope of ...

Quantum geometry imparts a geometrical structure to phenomena in the quantum realm. The researchers found that the strict conditions for superconductivity can be relaxed when electrons pair under the ...

That’s an unusual feature, as electrons paired by phonons don’t orbit each other. Adding electrons to an antiferromagnetic metal isn’t the only way to cook up superconductivity in TMDs.

That’s an unusual feature, as electrons paired by phonons don’t orbit each other. Adding electrons to an antiferromagnetic metal isn’t the only way to cook up superconductivity in TMDs. Shortly before ...

If electrons are paired but incoherent, the material might end up being an insulator. In superconductors, the electrons act like two reticent people at a dance party.

New device entangles free electrons with photons Based on their calculations, Flindt and colleagues estimate that their Cooper-pair splitter could separate entangled electrons at a frequency in the ...

This means all of the d electrons are paired, with equal numbers spinning up and down. Consequently, there is no magnetic moment, so we don't observe any magnetic behavior under normal conditions.

The relationship between the waves, a kind of mass synchronized dance between paired electrons across a material, has a complex connection to superconductivity: In some circumstances, the waves ...

So for a material to be a superconductor, that thermal energy must be lower than the paired electrons’ energy. That’s why superconductors usually occur at temperatures approaching absolute ...