Physicists hope to seek out the source of cosmic neutrinos by expanding the IceCube neutrino detector to 10 times its current size.
An analysis using LHC data verifies the existence of an exotic four-quark hadron.
Edward Tufte, celebrated statistician and master of informational graphics, transforms physics notations into works of art.
Scientists have gained new insight into how matter can change from a hot soup of particles to the matter we know today.
The Sloan Digital Sky Survey has made the most precise measurement of the expansion rate of the universe over a period of time, an important step toward understanding dark energy.
Physicists have begun to reawaken CERN’s accelerator complex, with a goal of having beam ready for the next run of the LHC in early 2015.
Scientists say collisions between dark matter particles might be the cause of a curious excess of gamma-ray light coming from the center of our galaxy.
An international team of scientists from Fermilab’s Tevatron and CERN’s Large Hadron Collider has produced the world’s best value for the mass of the top quark.
The BICEP2 experiment has detected signs of gravitational waves in the cosmic microwave background radiation, with big implications for the theory of cosmic inflation.
SLAC partners with industry to produce klystrons, the heart of accelerators in labs and medical facilities around the world.
