A Novel Architecture of High Optical Non Linearity in Carbon Nanotube Based Nano Fiber Optic for Future Quantum Communication

Abstract

The field of nonlinear optics is over forty years old, but is still fresh to our minds and currently producing novel research directives and applications. Indeed, with the advent of material engineering at the nano-scale, nonlinear optics is undergoing a new revolution. The study of high optical non linearity in nano material for quantum communication has generated interest in its potential use as material for all-optical communication devices in future telecommunications. The discovery of nonlinear optical properties of carbon nanotube (CNT) has paved the way for the research and development of high optical non linearity in CNT based nano optical fiber. This paper studied a novel structure of our proposed high optical non linearity CNT based nano optical fiber for future quantum communications. In addition, the author conducted a mathematical analysis on a high third-order optical non linearity of CNT based nano optical fiber.