Simulation and Design of an Organic Quantum Film Electrooptic Switch

In this paper the simulation and design of a quantum-film electro-optic switch is considered. This photonic device, is made from a new organic dipolar material called MNA or ۲-methyl-۴ nitroaniline, which possesses a high merit in comparison with it's inorganic counterparts (e.g. LiNbO۳, GaAs, InSb, Quartz, etc). Montecarlo method is used to simulate the photon-it-electron interaction in this material and the introduced physical model is based on wave-particle nature of light to demonstrate the Pokiels' Electro-optic effect in M۷NA optical switch. The main advantages of this design are wide optical bandwidth (۰.۵-۲ microns wavelength), low power consumption and high speed data transmission.

Keywords:

Quantum , Film , Electro , optic Effect , Pockets , Benzene Family , Montecarlo Method , Optical Switch , Ordinary and Extraordinary Refractive Indices , Phase Retardation , First Quarter Wave Thickness