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The neutral K meson or neutral kaon, K0, and its antiparticle, K(bar)0, form a remarkable quantum-mechanical two-state system that has played an important role in the history of elementary particle physics. Indeed, ever since the discovery of K0 half a century ago, neutral kaons have been a rich source of unique and facinating phenomena associated with their production, decay and propagation in both vacuum and matter. This overview conveys the unique beauty of a quantum-mechanical system that contains so many of the aspects of modern physics. The neutral K meson or neutral kaon, K0, and its antiparticle, K(bar)0, form a remarkable quantum-mechanical two-state system that has played an important role in the history of elementary particle physics. Indeed, ever since the discovery of K0 half a century ago, neutral kaons have been a rich source of unique and facinating phenomena associated with their production, decay and propagation in both vacuum and matter. This overview conveys the unique beauty of a quantum-mechanical system that contains so many of the aspects of modern physics. WICHTIGE INFO: Satzanweisung!!! bitte setzen Sie bei K0 das Zeichen "0" als hochgestellte Null. K(bar) ersetzen Sie bitte, indem Sie über das K einen Querstrich setzen und das "(bar)" dann bitte löschen. Danke, jlenz(Tel. 307)
Table des matières
Propagation of neutral kaons in matter.- CP violation in K 0 decays.- Interference in semileptonic and pionic decay modes.- Precision measurements of ? 00, ? +? and ??/?.- Neutral kaons in proton-antiproton annihilations.- Neutral kaons in electron-positron annihilations.- Neutral kaons in fixed-target experiments.- The K 0 system in the standard model.
