四波混频相干控制(英文版) 张彦鹏 等 9787040313390 高等教育出版社 - Tapa dura

Coherent Control of four-Wave Mixing

paperback. Condición: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Publisher: Higher Education Press. Contents : 1 introduction 1.1 nonlinear susceptibility 1.2 coherence functions 1.3 suppression and enhancement of fwm processes 1.4 double dressing schemes of probe and four-wave mixing fields 1.5 spatial optical modulation via kerr nonlinearities 1.6 formations and dynamics of novel spatial solitons references 2 ultrafast polarization beats of four-wave mixing processes 2.1 four-level polarization beats with broadband noisy light 2.1.1 basic theory 2.1.2 flpb in a doppler-broadened system 2.1.3 photon-echo 2.1.4 experiment and result 2.2 ultrafast sum-frequency polarization beats in twin markovian stochastic correlation 2.2.1 basic theory 2.2.2 second-order stochastic correlation of aspb 2.2.3 fourth-order stochastic correlation of aspb references 3 raman. rayleigh and brillouin-enhanced fwm polarization beats .3.1 attosecond sum-frequency raman-enhanced polarization beats using twin phase-sensitive color locking noisy lights 3.1.1 basic theory of attosecond sum-frequency repb 3.1.2 homodyne detection of sum-frequency repb 3.1.3 heterodyne detection of difference-frequency repb 3.2 competition between raman and rayleigh-enhanced four-wave mixings in attosecond polarization beats 3.2.1 basic theory 3.2.2 stochastic correlation effects of rayleigh and raman-enhanced fwm 3.2.3 the raman and rayleigh-enhanced nonlinear susceptibility in cw limit 3.2.4 homodyne detection of aspb 3.2.5 heterodyne detection of aspb 3.2.6 discussion and conclusion 3.3 coexisting brillouin. rayleigh and raman-enhanced four-wave mixings 3.3.1 basic theory 3.3.2 homodyne detection of aspb 3.3.3 heterodyne detection of aspb 3.3.4 phase angle 3.3.5 discussion and conclusion references 4 multi-dressing four-wave mixing processes in confined and non-confined atomic system 4.1 temporal and spatial interference between four-wave mixing and six-wave mixing channels 4.2 intermixing between four-wave mixing and six-wave mixing in a four-level atomic system 4.2.1 interplay between fwm and swm 4.2.2 discussion 4.3 coexistence of four-wave. six-wave and eight-wave mixing processes in multi-dressed atomic systems 4.3.1 parallel and nested dressing schemes 4.3.2 interplay among coexisting fwm. swm and ewm processes 4.4 controlled multi-wave mixing via interacting dark states in a five-level system 4.4.1 basic theory 4.4.2 numerical results 4.4.3 discussion 4.5 polarization interference of multi-wave mixing in a confined five-level system 4.5.1 basic theory 4.5.2 mwm in long cells 4.5.3 mwm in ultra-thin and micrometer cells 4.5.4 discussion references 5 enhancement and suppression in four-wave mixing processes 5.1 interplay among multi-dressed four-wave mixing processes 5.2 observation of enhancement and suppression of four-wave mixing processes 5.3 controlling enhancement and suppression of four-wave mixing via polarized light 5.3.1 theoretical model and analysis 5.3.2 experimental results 5.4 enhancing and suppressing four-wave mixing in electronm-genetically induce transparency window references 6 multi-wave mixing processes in multi-level atomic system 6.1 modulating multi-wave mixing processes via polarizable dark states 6.2 polarization spectroscopy of dressed four-wave mixing in a three-level atomic system 6.2.1 various nonlinear susceptibilities for different polarization schemes 6.2.2 nonlinear susceptibilities for zeeman-degenerate system interacting with polarized fields 6.2.3 third-order density-matrix elements in presence of dressing fields 6.3 controlling fwm and swm in multi-zeeman atomic system with electromagnetically induced transparency 6.3.1 basic theory 6.3.2 dual-dressed eit 6.3.3 four-wave mixing 6.3.4 six-wave mixing references 7 controlling spatial shift and spltting of four-wave mixing 7.1 basic theory 7.2 electromagnetically-induced spatial nonlinear dispersion of four-wave mixing beams 7.3 spatial dispe. Nº de ref. del artículo: E80025

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