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Introduction to Quantum Mechanics 2

May An van de Poll Physics English 17 cards

Introduction to Quantum Mechanics 2

Cards in this deck (17)

  1. 1Fermi's Golden rule: transition probability per unit time and differential transition probabilityFermi's Golden rule: transition probability per unit time and differential transition probability
  2. 2Harmonic perturbation potentials: what is the transition probability?Harmonic perturbation potentials: what is the transition probability?
  3. 3Transition probability per unit time for absorption: total absorption rateTransition probability per unit time for absorption: total absorption rate
  4. 4Harmonic potential V(t) proportional to cos(wt): Golden Rule expression for the transition probability per unit time through first orderHarmonic potential V(t) proportional to cos(wt): Golden Rule expression for the transition probability per unit time through first order
  5. 5Constant perturbation (time impulse): transition probability per unit timeConstant perturbation (time impulse): transition probability per unit time
  6. 6Constant perturbation (time impulse): transition probabilityConstant perturbation (time impulse): transition probability
  7. 7Transition probability for a harmonic perturbation V(t)=V0*cos(wt)Transition probability for a harmonic perturbation V(t)=V0*cos(wt)
  8. 8Differential cross section in Born approximationDifferential cross section in Born approximation
  9. 9Scattering amplitude for short range potential (delta functions)Scattering amplitude for short range potential (delta functions)
  10. 10Scattering amplitude for a spherically/rotationally symmetric potential independent of phi and theta e.g. spherical square well -V0 for rScattering amplitude for a spherically/rotationally symmetric potential independent of phi and theta e.g. spherical square well -V0 for r
  11. 11Lifetime integral for spin flip decay 2S to any 1S state of HydrogenLifetime integral for spin flip decay 2S to any 1S state of Hydrogen
  12. 12Field momentum density (fmd) in CGS P/V=1/4pi*c given. Use vector potential with photon normalization to evaluate fmd.Field momentum density (fmd) in CGS P/V=1/4pi*c given. Use vector potential with photon normalization to evaluate fmd.
  13. 13Exothermic reaction A+B -> a+b Golden Rule?Exothermic reaction A+B -> a+b Golden Rule?
  14. 14Topic of relative branching ratio. What is the resonance formula?Topic of relative branching ratio. What is the resonance formula?
  15. 15The Golden Rule expression for the spontaneous decay of an atom in initial state i to a final state f plus emission of a photon.The Golden Rule expression for the spontaneous decay of an atom in initial state i to a final state f plus emission of a photon.
  16. 16Total cross section singlet and triplet state of neutron-proton cross section. Key formula and total cross section formula?Total cross section singlet and triplet state of neutron-proton cross section. Key formula and total cross section formula?
  17. 17s-wave scattering: show S(k) has poles at the known bound state energies of the square well.s-wave scattering: show S(k) has poles at the known bound state energies of the square well.

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Preparation for the final exam
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