Abstract
In this paper, the traversable wormholes have been explored in the context of f(R,T) theory of gravity with f(R,T)=R+2λT, where λ is an arbitrary constant. The wormhole solutions have been developed in two cases: (i) Using a logarithmic form of shape and redshift functions and (ii) using a power-law of energy density and constant redshift function. In each case, the regions satisfying the energy conditions such as null, weak, strong and dominated energy conditions are determined.
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