A virtual tour of the Large Hadron Collider and the ATLAS, CMS, LHCb and ALICE experiments is now available on Google Street View.
Physicists on the CDMS experiment have devised a better way to search for a particle that, if it exists, will revolutionize our ideas about dark matter.
Using a unique technique, the Q-weak collaboration has found the value of the weak force to be in agreement with theory—so far.
After more than a year of improvements, Fermilab's accelerator complex has begun sending neutrinos to experiments at the lab and in Minnesota.
Over the next five years, scientists will capture some of the grandest images of the cosmos ever seen and use them to probe the mystery of dark energy.
A site evaluation committee has recommended a location for the proposed International Linear Collider, if it is built in Japan.
A new Daya Bay result advances our understanding of neutrinos by precisely measuring their oscillation behavior at different energies.
After a successful trial run, a CERN antimatter experiment plans to use crowdsourcing to analyze its data.
Through the “Snowmass” process, particle physicists discussed the field’s biggest unanswered questions and thoroughly analyzed the tools needed to answer them.
From the output of the "Snowmass" meeting, US particle physicists will chart a path to answering some of science’s most intriguing questions.