Charged Rotating Casimir Wormholes

We investigate the conditions necessary for the existence of a rotating traversable wormhole by introducing a Casimir source and an external electric field. A viable wormhole solution emerges when the rotation is constant, corresponding to that of an observer in a zero angular momentum frame. Furthermore, a radially dependent rotation is also a feasible solution, provided the angular velocity decreases exponentially as one moves away from the throat.