Read more
Size reduction in mesoscopic and nano-scoping electronic and plasmonic devices makes classical quantum mechanics (QM) and electrodynamics (QED) in electronics inevitable. Electronics engineers are unfamiliar with the mathematical apparatus in QM and QED, which can be formidably abstract. This book explains QM and QED to engineers.
About the author
Alireza Baghai-Wadji is professor emeritus of Electronic and Computational Engineering at the University of Cape Town, South Africa. He has occupied research and principal engineering consulting positions on five continents. Currently, he is promoting meso and nanoscopic device modeling and simulation across a consortium of universities and high-tech industries. His contributions in mathematical physics include the diagonalization of PDEs, Green's function-induced generalized Dirac delta functions, algebraic-, exponential regularization techniques for taming infinities in near-fields, and the discovery of Discrete Taylor Transform and Inverse Transform.
Summary
Size reduction in mesoscopic and nano-scoping electronic and plasmonic devices makes classical quantum mechanics (QM) and electrodynamics (QED) in electronics inevitable. Electronics engineers are unfamiliar with the mathematical apparatus in QM and QED, which can be formidably abstract. This book explains QM and QED to engineers.
