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Modern optical science and healthcare are highly dependent on quantifying and qualifying the condition of function based on engineering structure with the help of sensors, which are altered in a wide range of parameters based on the physical environment. This book gives detailed information about fiber modelling, numerical techniques, and theoretical study on highly nonlinear optical sensors using photonic crystal fibers with the help of modulational instability/four-wave mixing techniques for better understanding. Also, the complete optimization of sensors has been discussed.

This book presents a study of nonlinear optical phenomena with ultra-broadband radiation and ultrashort pulses in photonic crystal fiber (PCF) using numerical modeling. For the description of these processes, two widely used techniques namely pulse compression and soliton induced supercontinuum generation are implemented. Hence, the goal of the book can be divided into two topics namely pulse compression and supercontinuum generation which are connected to each other by the investigation of ultrasort pulses and broadband spectrum in PCF. To analyse the pulse compression and supercontinuum...