Spintronics

Dutch researchers developed a way to store electronic spin information into silicon, which could then be manipulated by a new spintronics transistor developed by Toshiba.

An electromagnetic waveguide placed on diamond crystals can deliver fields strong enough to change the quantum state of electrons in just under one nanosecond, paving the way to faster quantum computing.

Researchers have achieved all-electric control of electronic spins in a major breakthrough that brings spintronics-based computation closer than ever before.

Researchers at NC State University have developed a material that could bring advancements to a number of fields including data storage and fuel efficiency in cars.

Researchers have found that diamonds make a great magnetic probe in the small scale, paving the way to important developments in medical research and quantum computing.

A newly discovered material could make heat dissipation in electronic circuits a thing of the past.