  In this study, we calculate the shear viscosity for rotating fermions with
spin-half under conditions of high temperature and density. We employ the Kubo
formalism, rooted in finite-temperature quantum field theory, to compute the
field correlation functions essential for this evaluation. The one-loop diagram
pertinent to shear viscosity is analyzed within the context of curved space,
utilizing tetrad formalism as an effective approach in cylindrical coordinates.
Our findings focus on extremely high angular velocities, ranging from 0.1 to 1
GeV, which align with experimental expectations. Furthermore, we explore the
inter-relationship between the chemical potential and angular velocity within
the scope of this study.
