It is often built with an atom, subatomic particle, or photon instead of a silicon transistor. In an electron or nuclear spin qubit, the familiar binary “0” or “1” state of a classical computer bit is ...

Compared to the muon, the electron’s lighter mass makes it 40,000 times harder to search for new particles with its magnetic moment. But Fan thinks an upgraded electron-trapping instrument will ...

Scientists at TU Delft have unlocked a key quantum effect in graphene without using any magnetic fields, paving the way for ...

The team made the sensor by attaching a molecule with an unpaired electron – a molecular spin – to the apex of an STM’s metallic tip. “Typically, the lifetime of a spin in direct contact with a metal ...

Electron spin control of optically levitated nanodiamonds in vacuum . Thai M. Hoang 1, Jonghoon Ahn 2, Jaehoon Bang 2 & Tongcang Li 1,2,3,4. 1 Department of Physics and Astronomy, Purdue University, ...

Atom arrangement and electron behavior ... "Our study marks the first step towards investigating many veiled phenomena whose existence can be revealed by electron spin configurations in magnetic ...

In effect, the team demonstrated the ability to precisely alter the material's magnetic state by consecutively removing one atom and one electron—a level of control rarely achieved in nanomaterials.

In effect, the team demonstrated the ability to precisely alter the material's magnetic state by consecutively removing one atom and one electron—a level of control rarely achieved in nanomaterials.

In an electron or nuclear spin qubit, the familiar binary "0" or "1" state of a classical computer bit is represented by spin, a property that is loosely analogous to magnetic polarity -- meaning ...