Transcript Slide 1

Date 07.10.2009
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D -D
Oscillation
Niels van de Vegte & Roel Tempelaar
Supervisor: Johan Messchendorp
Kernfysisch Versneller Instituut
Date 07.10.2009
Outline
Date 07.10.2009
Basics of the Standard Model
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Basics of the Standard Model
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Hadrons: Baryons
Proton
Neutron
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Hadrons: Neutral mesons
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Fundamental force: Strong interaction
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Fundamental force: Weak interaction
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2 generations quark mixing
Strong interaction
Eigenstates
Weak interaction
Eigenstates
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Cabibbo surpressed/favoured
Weak
Strong
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Cabibbo surpressed/favoured
Cabibbo favoured
Rates
Cabibbo surpressed
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Cabibbo surpressed/favoured
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Cabibbo angle measurement
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Cabibbo-Kobayashi-Maskawa matrix
Weak
Unitary matrix
Strong
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Neutral D meson oscillation
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Schrödinger equation
Schrödinger equation
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Single particle case
Time evolution
Mass
Inverse lifetime
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Single particle case
Time-dependent
Schrödinger equation
Time evolution
Hamiltonian
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Hamiltonian
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Hamiltonian
Mixing
CP violation
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Hamiltonian
CP violation
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Hamiltonian Eigenstates
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Hamiltonian Eigenvalues
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Probability
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Dimensionless ratios
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