Strontium#

Implements a dedicated class for Strontium atoms

>>> from atomsmltr.atoms import Strontium
class atomsmltr.atoms.collection.strontium.IntercombinationLine[source]#

Bases: J0J1Transition

The intercombination (689nm) transition of Strontium

class atomsmltr.atoms.collection.strontium.MainLine[source]#

Bases: J0J1Transition

The main (461nm) transition of Strontium

atomsmltr.atoms.collection.strontium.STRONTIUM_88_MASS = 1.4612743806496e-25#

Strontium 88 mass (kg)

Type:

float

atomsmltr.atoms.collection.strontium.STRONTIUM_INTERCOMBINATION_GAMMA = 46872.56239155971#

Strontium intercombination transition natural linewidth (rad/s)

Type:

float

atomsmltr.atoms.collection.strontium.STRONTIUM_INTERCOMBINATION_LANDE_FACTOR = 1.5#

Strontium intercombination transition Lande factor

Type:

float

atomsmltr.atoms.collection.strontium.STRONTIUM_INTERCOMBINATION_WAVELENGTH = 6.89449e-07#

Strontium intercombination transition wavelength (m)

Type:

float

atomsmltr.atoms.collection.strontium.STRONTIUM_MAIN_GAMMA = 201061929.82974675#

Strontium main transition natural linewidth (rad/s)

Type:

float

atomsmltr.atoms.collection.strontium.STRONTIUM_MAIN_LANDE_FACTOR = 1.0#

Strontium main transition Lande factor

Type:

float

atomsmltr.atoms.collection.strontium.STRONTIUM_MAIN_WAVELENGTH = 4.60862e-07#

Strontium main transition wavelength (m)

Type:

float

class atomsmltr.atoms.collection.strontium.Strontium[source]#

Bases: Atom

Strontium 88 atomic class