We owe our existence to this imbalance, which is called CP violation.

Such a violation of symmetry is still a mystery for physics.

, A large number of CP violation processes in B meson decays have now been discovered.

Violation of the CP symmetry is one of the Sakharov conditions required to explain the baryon asymmetry observed in Universe.

The difference between the number of neutrinos and antineutrinos that we detected leans toward a strong violation of CP symmetry.

Measurement of polarization and search for CP violation in B(s)0→φφ decays..

Physicists think that neutrino oscillation could depend on three mixing angles and a new term of CP violation.

This CP violation is directly related to the enigmatic predominance of matter in today's universe, instead of the equal amounts of matter and antimatter that were produced during the Big Bang.

Among particles containing quarks, only those including strange and bottom quarks have been found to exhibit such asymmetries – and these were hugely important discoveries.

Among particles containing quarks, only those including strange and bottom quarks have been found to exhibit such asymmetries—and these were hugely important discoveries.