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Part XI ›
Experiment: CP Violation
Experiment: CP Violation
results equations phenomena experiments owed depends_on (declared) depends_on (declared) depends_on (declared) depends_on (declared) proposition 111.3: Coherent regeneration in a thin slab 111.3 Coherent regener… proposition 111.4: The beam is pure long-lived kaons 111.4 The beam is pure… proposition 111.5: Helium suppresses the regeneration background 111.5 Helium suppresse… proposition 111.6: Why the arms sit near 22 degrees 111.6 Why the arms sit… proposition 111.7: A two-body decay is a point in the mass-angle
plane 111.7 A two-body decay… equation 111.2: eq:expcp-lifetimes eq. (111.2) equation 111.4: eq:expcp-rho eq. (111.4) equation 111.6: eq:expcp-mpipi eq. (111.6) phenomenon 111.8: The long-lived neutral kaon decays to two pions 111.8 The long-lived n… phenomenon 111.9: Charge asymmetry in semileptonic kaon decay 111.9 Charge asymmetry… phenomenon 111.11: Direct CP violation in kaon decay 111.11 Direct CP violat… phenomenon 111.13: A large CP asymmetry in B meson decay 111.13 A large CP asymm… phenomenon 111.15: CP violation in charm decay 111.15 CP violation in… phenomenon 111.17: The universe is made of matter 111.17 The universe is… phenomenon 111.19: The neutron has no electric dipole moment 111.19 The neutron has… experiment : CP Violation CP Violation pending : ch:13-exp-cp-violation@pending-1 pending pending : ch:13-exp-cp-violation@pending-2 pending pending : ch:13-exp-cp-violation@pending-3 pending The chain of Experiment: CP Violation: 19 of 19 objects, read left to right from what the chapter assumes to what tests it. Solid lines are declared logical edges, dashed ones were inferred from the structure of the source. Click any node to open its own chain.