Using relatively low-energy X-rays, the IEX beamline at the APS will help illuminate electronic ordering and emergent phenomena in ordered materials

Professor has helped to devise the first calculation of how the behavior of kaons differs when matter is swapped out for antimatter

Researchers use infrared laser light to order the magnetic states of thousands of electrons and nuclei and then electromagnetic pulses

The goal: build a shoebox-sized particle accelerator in five years

"Knowing the symmetry group of a material can greatly reduce the number of measurements you have to make," researcher says.

New technique cuts down computing times from thousands of computing hours to mere minutes

Atomic nuclei are small in stature but huge when it comes to trying to figure out how our universe began and why it operates the way it does

Lasers could heat materials to temperatures hotter than the center of the Sun in only 20 quadrillionths of a second, according to new research.

First ever measurement of antiproton interactions that make possible the existence of antimatter nuclei

New funding will allow scientists to explore the formation of novel types of molecular aggregates at extreme conditions

Analysis shows what can be done when data from different international observatories can be brought together in one place

International collaboration, including SLAC scientists, begins detailed studies of mysterious particles with new experiment