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个人简介
Theory and computation (and interpretation of, and comparison with,
experiments) in various areas of Quantum Chemistry and of
Atomic, Molecular, Chemical and Optical Physics. Development and implementation of
non-perturbative time-independent and time-dependent quantum mechanical
frameworks, in conjunction with the computation and use of state-specific
wavefunctions. Results that provide quantitative understanding of a variety of
properties and dynamics of many-electron excited states in the discrete and in the continuous spectrum, including negative ions, in the absence or presence of external
weak or strong electromagnetic fields. Rates and time-dependent probabilities of
processes driven by absorption of one or of many photons. Formalism and computation
of resonance (autoionizing, predissociating) states. Also, study of classical-quantum
correspondence using analysis based on non-linear Classical Dynamics.
experiments) in various areas of Quantum Chemistry and of
Atomic, Molecular, Chemical and Optical Physics. Development and implementation of
non-perturbative time-independent and time-dependent quantum mechanical
frameworks, in conjunction with the computation and use of state-specific
wavefunctions. Results that provide quantitative understanding of a variety of
properties and dynamics of many-electron excited states in the discrete and in the continuous spectrum, including negative ions, in the absence or presence of external
weak or strong electromagnetic fields. Rates and time-dependent probabilities of
processes driven by absorption of one or of many photons. Formalism and computation
of resonance (autoionizing, predissociating) states. Also, study of classical-quantum
correspondence using analysis based on non-linear Classical Dynamics.
研究兴趣
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Physical Review Ano. 1 (2020)
AIP Conference Proceedings (2017)
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