Numerical eigenstates of three particles in a circular trap reveal scarred states and towers of states explained by an unstable classical trajectory.
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Sediment grains exhibit a Boltzmann distribution arising from the balance of random cross-stream diffusion induced by bed roughness and gravitational confinement by the bed surface.
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Quantum scar affecting the motion of three interacting particles in a circular trap
Numerical eigenstates of three particles in a circular trap reveal scarred states and towers of states explained by an unstable classical trajectory.
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Boltzmann distribution of sediment transport
Sediment grains exhibit a Boltzmann distribution arising from the balance of random cross-stream diffusion induced by bed roughness and gravitational confinement by the bed surface.