
Two-color light controls electrons in graphene's transient
Researchers used two laser fields to create and then steer electrons within a fleeting topological state in graphene, observing valley-polarized currents
Every Physics story tagged Fields and gauge theory.

Researchers used two laser fields to create and then steer electrons within a fleeting topological state in graphene, observing valley-polarized currents

A new optimal control theory framework from the University of Edinburgh designs magnetic pulses to switch digital bits, potentially cutting energy use by

Physicists Jianjun Dong and Yi Zeng have developed a unified theoretical framework that describes heat conduction as a process with memory and spatial

Scientists observed anomalous quantum oscillations in zirconium pentatelluride that persisted beyond the quantum limit under 60 tesla magnetic fields and

Researchers at Cornell University have generated static magnetic fields at the nanoscale by using a metasurface to trap light and create a 'time interface'.

A new theory suggests experiments thought to show quantum gravity may have a simpler explanation, refining the search for true evidence.