Is Eureka's "Higgs field disruptor" a realistic interpretation of physics? Probably not, but it makes for some great sci-fi.
While much of North America was roiling in the summer heat over the weekend, the search for the elusive Higgs boson was also heating up.
Physicists continue to close in on the mystery of neutrino oscillation -- the process by which one type of neutrino morphs into another as it travels through space.
By analyzing the gamma-rays emitted by a gamma ray burst, a European satellite may have inadvertently found evidence contradicting the holographic universe hypothesis.
There was big news on the neutrino front last week, when the Japanese T2K (Tokai to Kamioka) experiment announced the first evidence of a rare form of neutrino oscillation.
As excitement grows for a possible new particle discovery, a second Fermilab Tevatron experiment contradicts the new findings. So, who is in error?
Super-chilled antihydrogen atoms have been collected and stored 5,000 times longer than any previous attempt.
Physicists at Fermilab's Tevatron particle accelerator have detected the potential signal from an unpredicted new particle. Is this a sign of "new physics"? Or is it a dud?
The rate of particle collisions in the world's largest particle accelerator has multiplied 10-fold in the space of a month.
Yep, that's right: proton beam facilities once used for physics research are now helping treat (if not cure) cancer.