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SENSING THE STOCHASTIC LASER PULSE STRUCTURE AND CHAOTIC AND PHOTON-CORRELATION EFFECTS IN THE NON-LINEAR MULTI-PHOTON ATOMIC DYNAMICS IN LASER AND DC ELECTRIC FIELD A. V. Glushkov, G. P. Prepelitsa and A. A. Svinarenko A new method for sensing a structure of the stochastic, multi-mode laser pulse field and photon-correlation, chaotic features of atomic and nano-optical systems in this field is developed and a dynamics of multi-photon ionization in intense field is studied. As a basis for developing a new method for sensing stochasticity and chaotic features we use new quantum approach to calculation of the multi-photon resonances spectra characteristics for atomic systems in a stochastic laser field and the same field plus DC electric field. Some numerical illustrations regarding the multi-photon resonance spectra and stochasticity sensing for a number of atomic systems are presented.

sensorna elektronìka ì mìkrosistemnì tehnologìï

SENSING THE STOCHASTIC LASER PULSE STRUCTURE AND CHAOTIC AND PHOTON-CORRELATION EFFECTS IN THE NON-LINEAR MULTI-PHOTON ATOMIC DYNAMICS IN LASER AND DC ELECTRIC FIELD