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We have studied the effect of the nonextensive Tsallis mechanism on theviscous properties of hot QCD matter in the presence of a strong magneticfield. The results are compared to the case of absence of magnetic field. Theviscous coefficients, such as the shear viscosity ($\eta$) and the bulkviscosity ($\zeta$) are determined in the similar environment by utilizing thenonextensive Tsallis mechanism within the relaxation time approximation ofkinetic theory. We have observed that, when the nonextensive parameter $q$ isjust above unity, both shear and bulk viscosities get increased as compared totheir counterparts at $q=1$. This enhancement in viscosities is more evident inthe additional presence of a strong magnetic field. Furthermore, someobservables pertaining to the flow characteristic, fluid behavior and conformalsymmetry of the medium are also explored.

Nonextensive effects on the viscous properties of hot and magnetized QCD matter