AtomCalc

Tutorials:

  • 1. Simulating a Raman transition with constant lasers
  • 2. Simulating a Raman transition with laser pulses
  • 3. Conveniently shifting the first level
  • 4. Motional state system

Classes and Functions:

  • Decay
  • Laser
  • Level
  • plot_pulse()
  • System
AtomCalc
  • Index

Index

C | D | E | F | I | L | M | P | R | S | T

C

  • couple (atomcalc.Laser attribute)

D

  • decay (atomcalc.System attribute)
  • Decay (class in atomcalc)
  • delta_stark_shift (atomcalc.System attribute)
  • detuning (atomcalc.Laser attribute)
  • Diagonalization (atomcalc.System attribute)
  • dim (atomcalc.System attribute)

E

  • energy (atomcalc.Level attribute)

F

  • final_states (atomcalc.Decay attribute)
  • frequency (atomcalc.Laser attribute)

I

  • initial_state_index_list (atomcalc.System attribute)

L

  • Laser (class in atomcalc)
  • lasers (atomcalc.System attribute)
  • Level (class in atomcalc)
  • level_to_print_max_value (atomcalc.System attribute)
  • levels (atomcalc.System attribute)

M

  • maxtime (atomcalc.System attribute)

P

  • plot_pop (atomcalc.System attribute)
  • plot_pulse() (in module atomcalc)
  • points_per_TI (atomcalc.System attribute)
  • pulse (atomcalc.Laser attribute)

R

  • rabifreq (atomcalc.Laser attribute)
  • rates (atomcalc.Decay attribute)
  • resolution (atomcalc.System attribute)

S

  • simulate() (atomcalc.System method)
  • System (class in atomcalc)

T

  • Trotterintervals (atomcalc.System attribute)

© Copyright 2023, Moritz Wilke.

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