super_hydro.physics.gpe¶

GPE: Gross-Pitaevski Equation¶

This modules provides classes for implemented the Gross-Pitaevski equation (GPE) for simulating Bose-Einstein condensates (BECs).

Functions

`log`(msg[, level])	Log msg to the logger.
`log_task`(msg[, level])	Context for tasks with paired start and Done messages.
`warn`(msg[, level])	Log warning msg to the logger.

Classes

`BEC`(opts)	Single component BEC.
`BECBreather`(opts)	Demonstrate scale-invariant breathing solutions.
`BECFlow`(opts)	Model implementing variable flow in a BEC.
`BECQuantumFriction`(opts)	Class with local quantum friction.
`BECSoliton`(opts)	Demonstrate the snaking instability of a dark soliton.
`BECVortexRing`(opts)	Model implementing variable flow in a BEC with imprinted vortex "rings".
`BECVortices`(opts)	Default constructor simply sets attributes defined in params.
`FingerMixin`()	Support for the location of a user's finger and an associated potential.
`GPEBase`(opts)	Helper class for models.
`ModelBase`(opts)	Helper class for models.
`PersistentCurrents`(opts)	Model of a ring trap to explore dynamical generation of persistent currents.
`implementer`(*interfaces)	Declare the interfaces implemented by instances of a class.