super_hydro.physics.soc

Two-component systems.

Here we model two-component systems with spin-orbit coupling along the x axis. We assume that the coupling constants g_ab = g_bb = g_ab are equal which is a good approximation for Rubidium.

Classes

Dispersion(d, w[, k0, E0])

Tools for computing properties of the lower band dispersion.

FingerMixin()

Support for the location of a user's finger and an associated potential.

GPEBase(opts)

Helper class for models.

SOC1(opts)

Two-component BEC with spin orbit coupling (SOC) along the x-axis (equal Rashba and Dresselhaus terms).

SOC2(opts)

Two-component BEC with spin orbit coupling (SOC) along the x-axis (equal Rashba and Dresselhaus terms).

SuperSolid2(opts)

SuperSolid Explorer.

previous

super_hydro.physics.helpers

next

super_hydro.physics.tracer_particles