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This book investigates the nonlinear optical applications by using stripe and rod shaped resonant photonic nanoantennas on chalcogenide glasses. This work includes theoretical background about how nanoantennas focus light on a substrate and mentions on nonlinear interaction of focused light with chalcogenide glass. It explains how to design a nanoantenna to focus light on a specified substrate by engineering shape and size of the antenna according to refractive indexes of the antenna and the substrate material. Details of design and simulation parameters are also given. Not only design of the antenna, but also fabrication and characterization of the photonic nanoantennas are explained in the work. It includes different nano fabrication techniques with detailed step by step explanation to place nanoantennas on the desired substrate. Moreover the work includes information about characterization techniques and example characterization results of nanoantennas which are fabricated with different techniques.
About the author
Hüseyin Duman received B.S. in Electrical and Electronics Engineering and M.S. in Materials Science and Nanotechnology both at Bilkent University, Ankara, respectively in 2010 and 2013. He is currently engineer at Roketsan Missiles Inc. working on optical design. He is also pursuing Ph.D. in Technology Management at Turkish Military Academy.
