[19p-C43-1~15] 4.7 Quantum Optics, Nonlinear Optics and Structured Optics

5:15 PM - 5:30 PM JST(8:15 AM - 8:30 AM UTC)English Presentation

[19p-C43-13] 【No-Show】Transmitted Wave Frequency Shift on a Moving Media Interface: between the Doppler and the Photon Recoil Effects

〇(D)Valentyn Ivan Lymar¹, Evhen Makovetskyi¹, Ruslan Vovk¹ (1.Kharkiv Univ.)

Keywords:

light-matter interaction,nonlinear optics,optical mixing,applied laser spectroscopy,interferometry,measurements of refractive index,velocity and particle diameter

A broad range of well-known nonlinear optics phenomena demonstrates feasibility of managing the substance by means of the optical field influence. But, in addition to the manifestation of nonlinear optical properties, the radiation-substance system may be brought into a state far from thermodynamic equilibrium forming so-called “optically induced dissipative structure”. Obviously, light absorption is important in this case. The combination of optical and thermodynamic nonlinearities becomes a characteristic property of the system, and studying it is mutually enriching. Three quantum mechanical models are suggested to describe a photon-moving interface interaction. The energy-momentum conservation laws give classical Doppler or photon recoil effects while account of a resonant absorption leads to stimulated Doppler effect. Experimental results are compared with theoretical models.