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** Molecular systems, Yang-Mills fields non-adiabatic coupling **

** Non-adiabatic coupling curl condition, Yang-Mills field **

In Section XIII, we made a connection between the curl condition that was found to exist for Bom-Oppenheimer-Huang systems and the Yang-Mills field. Through this connection we found that the non-adiabatic coupling terms can be considered as vector potentials that have their source in pseudomagnetic [Pg.713]

Neumann boundary conditions, electronic states, adiabatic-to-diabatic transformation, two-state system, 304-309 Newton-Raphson equation, conical intersection location locations, 565 orthogonal coordinates, 567 Non-Abelian theory, molecular systems, Yang-Mills fields nuclear Lagrangean, 250 pure vs. tensorial gauge fields, 250-253 Non-adiabatic coupling [Pg.88]

See also in sourсe #XX -- [ Pg.42 , Pg.43 ]

** Molecular systems, Yang-Mills fields non-adiabatic coupling **

** Non-adiabatic coupling curl condition, Yang-Mills field **

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