A two-atom dimer on a spherical surface has an angular-momentum-dependent binding energy and wave function, becoming squeezed and quasi-one-dimensional at high total angular momentum.
Schild, Electromagnetic Two-Body Problem, Phys
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Dimer problem on a spherical surface
A two-atom dimer on a spherical surface has an angular-momentum-dependent binding energy and wave function, becoming squeezed and quasi-one-dimensional at high total angular momentum.