Deriving relativistic Bohmian quantum potential using variational method and conformal transformations
Rahmani Faramarz Golshani Mehdi Sarbishei Mohsen
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In this paper we shall argue that conformal transformations give some new aspects to a metric and changes the physics that arises from the classical metric. It is equivalent to adding a new potential to relativistic Hamilton–Jacobi equation. We start by using conformal transformations on a metric and obtain modified geodesics. Then, we try to show that extra terms in the modified geodesics are indications of a background force. We obtain this potential by using variational method. Then, we see that this background potential is the same as the Bohmian non-local quantum potential. This approach gives a method stronger than Bohm’s original method in deriving Bohmian quantumpotential. We do not use any quantum mechanical postulates in this approach.
Rahmani Faramarz1 2 Golshani Mehdi2 3 Sarbishei Mohsen1
Volume 96, 2022
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