Acoustic vortex beams in rotating-fluid waveguides feel a synthetic magnetic field, and their pressure and velocity components respond differently to the relative sign of beam angular momentum and field, unlike scalar electron beams.
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Acoustic vortex beams in synthetic magnetic fields
Acoustic vortex beams in rotating-fluid waveguides feel a synthetic magnetic field, and their pressure and velocity components respond differently to the relative sign of beam angular momentum and field, unlike scalar electron beams.