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Circular motions and electromagnetic properties in the magnetized Kaluza–Klein spacetime
Preview AbstractIn this paper, we examine certain aspects of magnetized spacetime solutions within the Einstein–Maxwell–dilaton theory. Specifically, we discuss the Melvin-like universe and compare it to the equivalent solution in the Einstein–Maxwell case. Additionally, we analyze the equatorial circular motions and corresponding electromagnetic fields within this spacetime. Some distinguished properties compared to the magnetized black hole in Einstein–Maxwell case are found.