Medicine & TechnologyWIth the advancements of studies in particle physics, it is just as free to celebrate several of the revolutionary particle detectors that allowed us to see the undetectable matters.
The prototype for a scaled down miniature particle accelerator successfully powered a free-electron laser, opening up avenues for new methods to analyze atoms, molecules, and condensed matter.
A new simulation performed by prestigeous institutes are able to create plasma-level energy, similar to a neutron star, that could produce laboratory-made antimatter.
A team of physicists discovers the capability of subatomic particle charm mesons to oscillate between particle and antiparticle state. The findings could open research for other particles outside the Standard Model and may answer questions about antimatter.
Dark Matters are just one of the few cosmic questions we still face up to this day. Experts believe that the revelation to the dark matter particles might mean more than we expect.
One of the lingering mysteries in physics is the supposed equal amounts of matter and antimatter in the universe - and a new experiment at CERN might explain why it isn't so.
If only the world were as unified as the field of particle physics, what a grand world it would be...
Over 5,000 of them have come together in what is the largest scientific collaboration on record. Their paper, which was published on May 14th in Physical Review Letters, is a joint effort between members from ATLAS and CMS, two teams that operate detectors at the Large Hadron Collider (LHC), as they attempt to unravel the mysteries of our universe.
Every science fiction fan is familiar with the notion of parallel universes with the Star Trek series being one of the first to popularize the notion. However, thanks to the Large Hadron Collider, we may soon have proof that a parallel universe does, in fact, exist.