antimatter

antimatter, Big Bang, LHCb, Large Hadron Collider, CERN, CP symmetry, CP symmetry violation, quarks, charm quark, anti-quark, D0 mesons, kaons, B mesons, charge parity, weak nuclear force, strong nuclear force, Standard Model of particle physics, particle physics, new physics, CEPC,

Spotted: New Clue to Uncover Why Universe Is Made of Matter, Not Antimatter

One of the neutrino detectors at Daya Bay. The glass 'bubbles' lining the walls are photomultiplier tubes that will amplify the faint signal registered when a neutrino is detected. Credit: Wikimedia Commons

Weak Signal Suggests Neutrino Sector May Upset Cherished Particle Physics Idea

Scientists work on the ALPHA experiment. Credit: CERN/Maximilien Brice

Do Hydrogen Anti-Atoms Dance Like Hydrogen Atoms? Let’s Check With Lasers

An architectural installation at Fermilab, the high-energy particle physics research centre, in Illinois. Credit: recommend group/Flickr, CC BY 2.0

Hopes for ‘New Physics’ Pave the Road to Rencontres

Are We Closing in on Particles That Are Their Own Antiparticles?