A linear molecule in a superfluid can carve a density dimple that supports a bound attractive angulon state, and rotational spectroscopy should show a repulsive-to-attractive crossover as bath density rises.
Diagonalization of the kondo hamiltonian,
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Attractive and repulsive angulons in superfluid environments
A linear molecule in a superfluid can carve a density dimple that supports a bound attractive angulon state, and rotational spectroscopy should show a repulsive-to-attractive crossover as bath density rises.