Non-exotic static spherically symmetric thin-shell wormhole solution in f (Q, T ) gravity*

Abstract In this study, we conduct an analysis of traversable wormhole solutions within the framework linear gravity, ensuring that all energy conditions hold for entire spacetime. The presented in paper are derived through a comprehensive analytical examination parameter space associated with model. This involves considering exponents governing redshift and shape functions, as well radius throat ( r_0 ), function value at \phi_0 model parameters α β ). Moreover, establish bounds on these free parameters, which guarantee satisfaction throughout spacetime also provide two solutions. Furthermore, use Israel junction condition to observe stability thin-shell around wormhole. Finally, calculate null criteria potential how it varies chosen function.