Microwave photonics is a rapidly growing field that lies at the intersection of microwave engineering and optics. The integration of photonics and microwave engineering has opened up new possibilities for high-speed communication, radar and sensing systems, and signal processing applications. This book contains both the basic theory and the ......
Diffraction and background-limited operation at room temperature is the ultimate goal of the infrared physicist. The achievement of this goal is strongly dependent on the hybridization technology utilized in bonding the IR focal plane array to the Si ROIC. To this end, this book describes a disruptive architecture in the field of hybridization ......
In this second edition of Extreme Ultraviolet Lithography, coverage is maintained on the fundamental aspects of EUV lithographic technology for topics such as exposure tools, light sources, masks, resists, process control, metrology, and computational lithography. Lithography costs, which have often influenced areas of technical focus, are also ......
Computational optical imaging uses electromagnetic signals in the infrared, visible, ultraviolet, and x-ray wavelength ranges to characterize remote objects. This text explains how to create mathematical forward models describing tomographic, holographic, ptychographic, and photographic imaging systems. It describes image estimation algorithms, ......
Optical Design of Eyewear Displays is the first comprehensive resource dedicated to the optical engineering of modern augmented- and virtual-reality eyewear. It combines the core principles of geometrical and physical optics with practical design insight, showing how theory translates into the function and form of modern eyewear displays. Covering ......
The proper selection of mediums in designing certain photonic components plays an important role in achieving on-demand electromagnetic behavior that can be exploited for on-demand applications. Configuring the medium itself significantly impacts the electromagnetic features of the design as a whole. Engineered mediums can be conceptualized by the ......
With Applications in Optical Wave Propagation and Imaging in Turbulence
The objective of this textbook is twofold-to introduce advanced novel mathematical techniques and then to use them to solve a variety of problems that may arise in various applications. The novel mathematical techniques, covered in Part I of the text, involve the use of generalized hypergeometric functions, including the Meijer G-function. We ......
This book describes the author's experience in the process of moving from child to scientist. Duncan T. Moore calls Greenler an "Ambassador for Science" and writes in the foreword that "he has done more than many Nobel Prize winners to bring the excitement of science and engineering to everyone." This book is a personal account that will be read ......
The early editions of Optical Scattering were dominated by the exploration of the relationship between roughness and scatter from optically smooth surfaces by developing the relationship between the surface statistics and the measured surface scatter in BRDF units. The upper limit roughness for using scatter measurement to calculate surface ......
