An analysis of electron behavior explains why the phase-change material iron-tellurium best conducts electricity in its disordered amorphous phase. An analysis of electron behavior explains why ...

Their research shows that electron entanglement ... which offers a new lens to understand their exotic behavior," Si said. "By leveraging quantum information theory, we are uncovering deep ...

or magnetic fields—which can lead to significant and unpredictable shifts in their behavior. Researchers are working to better understand and control these electron interactions to unlock the ...

By combining experimental measurements at ultra-cold temperatures with theoretical calculations, scientists can now explain electron behavior that shapes how these catalysts function. This ...

Every electron ever observed ... Naturally, physicists call this behavior “spin.” But despite appearances, electrons don't spin. They can't spin; proving that it's impossible for electrons ...

The name 'half fire, half ice' does not refer to the actual temperature, but rather to the symmetric behavior of electron spins, like fire and ice. Scientists have used the metaphorical name 'half ...

The new discovery isn’t incidental, or specific to a material. Rather, it’s universal and fundamental — the result of the quantum nature of the electron, albeit a behavior that has until now stayed ...

While taking snapshots with the high-speed “electron camera” at the Department of Energy’s SLAC National Acceleratory Laboratory, researchers discovered new behavior in an ultrathin material that ...