Two attracting, non-crossing run-and-tumble particles on a line have explicit steady-state measures with boundary Dirac masses and quantified exponential relaxation rates.
A run-and-tumble particle around a spherical obstacle: the steady-state distribution far-from-equilibrium
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Steady state and mixing of two run-and-tumble particles interacting through jamming and attractive forces
Two attracting, non-crossing run-and-tumble particles on a line have explicit steady-state measures with boundary Dirac masses and quantified exponential relaxation rates.