# Wormhole formation in f(R,T) gravity: Varying Chaplygin gas and barotropic fluid

@inproceedings{Elizalde2018WormholeFI, title={Wormhole formation in f(R,T) gravity: Varying Chaplygin gas and barotropic fluid}, author={E. Elizalde and Martiros Khurshudyan}, year={2018} }

- Published 2018
DOI:10.1103/PhysRevD.98.123525

Formation of specific static wormhole models is discussed, by assuming an $f(\textit{R}, \textit{T}) = R + 2 \lambda T$ extended theory of gravity, $T =- \rho + P_{r} + 2P_{l}$ being the trace of the energy momentum tensor. In the first part, wormhole solutions are constructed imposing that the radial pressure admits an equation of state corresponding to a varying Chaplygin gas. Two forms for the varying Chaplygin gas are considered, namely $P_{r} = - B b(r)^{u}/\rho^{\alpha}$ and $P_{r} = -B R… CONTINUE READING