Permutational symmetry effects

In what follows we shall focus on some unique properties and features of finite, large ultracold systems, which can be traced to (a) quantum effects of zero-point energy and kinetic energy for the light constituent clusters (classes 1, 2, and 3) and (b) permutation symmetry effects in all systems (classes 1-6) considered herein. 

Brody distribution, permutational symmetry, dynamic Jahn-Teller and geometric phase effects, 708-711... 

DMBE III calculation, permutational symmetry, dynamic Jahn-Teller and geometric phase effects, 699—711 Double degeneracy, geometric phase theory, Jahn-Teller models, 2-4, 31-33 Dynamic phase, properties, 210... 

HCCS radical, Renner-Teller effect, tetraatomic molecules, II electronic states, 633-640 H2D molecule, non-adiabatic coupling, two-state molecular system, 107-109 HD2 molecule, permutational symmetry isotopomers, 713-717 potential energy surfaces, 692-694 Heaviside function ... 

Jahn-Teller effect (Continued) theoretical background, 41-44 topological spin insertion, 70-73 two-state molecular system, 58-59 permutational symmetry ... 

Let us discuss further the permutational symmetry properties of the nuclei subsystem. Since the electronic spatial wave function v /f (r, s R0) depends parametrically on the nuclear coordinates, and the electronic spacial and spin coordinates are defined in the BF, it follows that one must take into account the effects of the nuclei under the permutations of the identical nuclei. Of course,... 

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