Abstract
In this paper thermodynamics of static Morris–Thorne wormholes has been discussed in the context of f(R) gravity. The generalized surface gravity, unified first law of thermodynamics and wormhole dynamics have been studied at trapping horizons. We have investigated thermodynamics in non-minimal coupling of curvature and matter which produces very complex equations. Our results generalize the results that have already been derived in Einstein’s gravity in the absence of curvature–matter coupling.
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