A torque-driven granular gas of rough, inelastic disks is shown, through Boltzmann kinetic theory and adiabatic elimination, to generate odd viscosity, odd thermal conductivity, and related transverse response coefficients.
In this frame, the center of mass of the first particle will move with ⃗ c1 � ⃗ c2
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A collisional model of odd fluids: from Boltzmann equation to chiral hydrodynamics
A torque-driven granular gas of rough, inelastic disks is shown, through Boltzmann kinetic theory and adiabatic elimination, to generate odd viscosity, odd thermal conductivity, and related transverse response coefficients.