Time-resolved photoemission measurements on sulfur-substituted Ta2Ni(Se0.6S0.4)5 reveal a shortened delay between photoinduced band population and excitonic gap collapse, pointing to...

Physicists report that splitting a laser pulse into two well-timed halves drives the ferroelectric lattice vibration of WTe2 to larger...

A review finds that released oxide membranes can be precisely stacked to create experimentally observed moiré structures with reconstructed polarization,...

Photon-driven electron excitation is a foundational mechanism underpinning the interaction between light and matter in quantum materials, including van der...

In a significant leap forward for the field of quantum materials, scientists at the U.S. Naval Research Laboratory (NRL) have...

In a groundbreaking advance that redefines our grasp of quantum light-matter interactions, researchers at Rice University have unveiled a revolutionary...

In a groundbreaking advancement poised to reshape the future of quantum technology, researchers have uncovered the fundamental mechanism enabling superfluorescence...

– By Michael MatzCredit: John C. Thomas/Berkeley Lab – By Michael Matz Researchers at the Department of Energy’s Lawrence Berkeley...