Science Daily June 8, 2018
Researchers in Italy explain that the laser pulse can, in some circumstances, populate high-energy states, which heat up, and simultaneously depopulate low energy ones, which thus cool down which is responsible for superconductivity. This selective cooling, shown rigorously in a very simplified theoretical model, could explain not only the experimental observations, but also open the way to new and potentially important research activities… read more. TECHNICAL ARTICLE