Spintronics, AI-driven materials discovery, altermagnets and non-Hermitian physics took centre stage at QMAT2026, with ...

New spintronic hardware harnesses tunable randomness to solve complex optimisation problems faster and with less energy than ...

University of Utah physicists have taken an important step toward a new generation of faster, cheaper computers and electronics by building the first "organic spin valves" – electrical ...

So far, information exchange between a magnetic material and a semiconductor was only possible at very low temperature. The successful demonstration of information exchange at room temperature is a ...

A new low-power technique for detecting the spin of electrons in a non-magnetic system could aid the development of spintronics devices that work using ferroelectricity rather than ferromagnetism.

Researchers at Ohio State University and their colleagues have expanded the possibilities for a new kind of electronics, known as spintronics. Though spintronics technology has yet to be fully ...

(Phys.org) —Remember when each new crop of computers was ever so much faster than the previous models? Well, those good-old days ended about five years ago when the accelerating rate of computing ...

Tohoku University researchers have, for the first time, developed the technology for the nanosecond operation of the spintronics-based probabilistic bit (p-bit) - dubbed the poor man's quantum bit ...

Purdue University doctoral student Yang Xu, lead author of a new research paper on "topological insulators," an emerging class of materials that could make possible "spintronic" devices and practical ...

Spintronics might not be the sort of word that comes up in everyday discussions, but it has been revolutionising computer technology for years. It’s the branch of physics that involves manipulating ...

The physicists theorize that spin can be induced and manipulated by running a current through gallium arsenide, a common semiconductor, in what is known as spin-3/2 hole systems, which previously have ...