A team of researchers has developed a novel method for using cholesteric liquid crystals in optical microcavities. The ...

A spin-orbit coupling of an unusual nature, termed Zeeman spin-orbit coupling is expected to manifest itself in a wide range of ferromagnetic conductors. Being proportional to the applied magnetic ...

The spin-orbit coupling can cause electrons to pair up, much like Cooper pairs, and produce a superconducting state with odd parity. The "Rashba spin-orbit coupling of conduction band electrons, ...

Electric charge is no longer required to carry information as scientists find a practical way to use spintronics in graphene.

The spin–orbit coupling simulated by both teams occurs only in 1D and therefore cannot be used to simulate the 2D and 3D systems found in most real-life electronic devices. However, there are several ...

Spin-orbit coupling, the coupling of the qubits' orbital and spin degree of freedom, allows the manipulation of the qubit via electric, rather than magnetic-fields.

Spin-orbit coupling is a critical phenomenon in the realm of quantum mechanics and nanotechnology, offering a foundation for groundbreaking advancements in materials science and device engineering.

Spin-orbit coupling, the coupling of the qubits' orbital and spin degree of freedom, allows the manipulation of the qubit via electric, rather than magnetic-fields.

This spin–orbit coupling effect is an optical analogue of the spin injection in solid-state spintronic devices (inverse spin Hall effect) and may be important for optical information processing ...

Spin-orbit coupling is one of the fundamental effects in quantum physics. It plays a vital role in many basic physic phenomena and exotic quantum states. These phenomena led to the foundation of ...

Spin-orbit coupling – a ubiquitous interaction in condensed-matter physics – has been simulated in ultracold neutral atoms for the first time by physicists in the US. Their experiment involves firing ...