Baryogenesis in

The article communicates exploration of gravitational baryogenesis in presence of $$f(Q,{\mathcal { T}})$$ gravity where Q denote the nonmetricity and $${\mathcal { T}}$$ the trace of the energy momentum tensor. We study various baryogenesis interactions proportional to $$\dot{Q}$$ and $$\dot{Q}f_{Q}$$ for the $$f(Q,{\mathcal { T}})$$ gravity model $$f(Q,{\mathcal { T}})=\alpha Q ^{n+1} + \beta {\mathcal { T}}$$, where $$\alpha $$, $$\beta $$ and n are model parameters. Additionally we report the viable parameter spaces for which an observationally consistent baryon-to-entropy can be generated. Our results indicate that $$f(Q,{\mathcal { T}})$$ gravity can contribute significantly and consistently to the phenomenon of gravitational baryognesis