Mass of polaritons in different dielectric media

Abstract

Some models of electromagnetic field interactions with linear and nonlinear dielectric media based on the approach of polarization and electromagnetic wave propagation in media are considered. It is shown that quasi-particles generated in the dielectric medium, called polaritons, have mass whose quantity depends on the efficiency of the electromagnetic field and interaction with the medium. The mass and velocity of polaritons can be controlled by the external electric field. The value of the mass of polaritons was measured in a transparent crystal.

Nonlinear vector and scalar polariton waves in dielectric medium

“…The cnoidal wave can transform to the spatial soliton in the special case [7,9,12,14,16]. The elliptic cosine is transformed to the hyperbolic secant ( ) ( ) In the self-defocusing medium at 0 3 < α we obtain the solutions of equations (8) or (9)…”

“…The cnoidal wave can transform to the spatial soliton in the special case [7,9,12,14,16]. The elliptic cosine is transformed to the hyperbolic secant ( ) ( )…”

Polariton spectrum in nonlinear dielectric medium

“…The polaritons are efficiently generated when the frequency of electromagnetic wave is close to the crystal lattice resonance frequency lying in terahertz range 1 12 10 − s ~ or to the electron resonant frequency lying near the infrared or optical ranges 1 14 10 − s ~ [1 -4]. It leads to enhancement of vibration amplitude, i.e.…”

Magnetooptic polariton spectra in nonlinear magnetogyrotropic medium

“…Nonlinear internal ion polarization arisen under the influence of high-frequency electromagnetic field is taken into account. The polariton spectra subjected to strength and direction of the external magnetostatic field are calculated.Dynamics of electromagnetic waves and their spectra or, in other words, polariton spectra in different linear and nonlinear media at presence of magnetostatic field still attract attention of scientists [1,2]. It is connected with applications of the results of researches in magneto-and optoelectronics, and also in various areas of scientific investigations [3].…”

“…Dynamics of electromagnetic waves and their spectra or, in other words, polariton spectra in different linear and nonlinear media at presence of magnetostatic field still attract attention of scientists [1,2]. It is connected with applications of the results of researches in magneto-and optoelectronics, and also in various areas of scientific investigations [3].…”