Abstract
Nonadiabatic transitions play crucial roles in chemical dynamics not only to comprehend the dynamics but also to develop and control molecular functions. The Zhu-Nakamura theory which overcomes the defects of the Landau-Zener theory can be usefully utilized for these purposes. Based on our recent achievements the following subjects are discussed: (i) new methodologies to treat nonadiabatic chemical dynamics of many degrees of freedom, (ii) new ideas to control various chemical dynamics by lasers, and (iii) development and control of molecular functions by manipulating nonadiabatic transitions.
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