B mesons

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

A Similar Anomaly Has Showed up in Three Physics Experiments Since 2009. What’s Happening?

Equipment surrounding the SuperKEKB installation. Source: KEK

Rivalling LHC’s High Energy, Japanese High Intensity Collider Nears Completion

Reconstruction of an event in the LHCb detector. Credit: LHCb/CERN

Weak But Recurring Anomalous Signal Rivets Particle Physicists