Magnetic sources for traversable wormhole creation

This paper analyzes the traversable rainbow wormholes with magnetic dust and fluid sources. Morris–Thorne traversable rainbow wormholes are considered with unit lapse to avoid the redshift effects. The field equations are modified and solved to obtain the dynamics of wormholes. The dynamical variables are graphically interpreted. Further, the energy conditions are verified. It has been observed that in all the cases, noncommutative geometry or loop quantum gravity, gamma-ray bursts and inflation, the magnetic dust or fluid source for the existence of a wormhole would never be the physical ones as one of the energy conditions must violate. The findings shed light on potential connections between magnetic phenomena and exotic cosmic structures like wormholes, offering new insights into the fabric of the Universe.