Condensed Matter

Theoretical Photonics: Komplex Nonlinear Damping Signature and Nonlinear Spectral Response Singularities Based on 3 Colors Stimulation of Centrosymmetric Matter - New Solutions of Cubic Nonlinear Optical Equation in Very High Order

Authors: Peter Krampl
Comments: 15 Pages.

In this paper, a new nonlinear spectrum formulation is presented, which predicts the real behavior of the multiphoton interaction with centrosymmetric matter Z.S. for the extremely nonlinear regime. In addition, it will be shown how this underlying nonlinear optical multiphoton differential equation describing the nonlinear dynamics in the time and Fourier domain can be solved exactly for harmonics of odd order. In this complete approach, the real damping behavior of Z. S. matter is also examined. It could be shown that the real damping behavior in the Z. S. volume material is of a purely non-linear nature. With this complete set of nonlinear solutions obtained, optical response tensors such as nonlinear susceptibility can now be predicted even more precisely. In addition, multiple interference effects were identified, which significantly distort the spectra and knowledge of which is essential to improve the spectra.
Category: Condensed Matter