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Photon-Atom Processes: Quantum Field Theory of Electrodynamics

Photon-Atom Processes: Quantum Field Theory of Electrodynamics

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Photon-Atom Processes Quantum Field Theory of Electrodynamics investigates various aspects of electrodynamics and various models of Quantized EM-Field. It includes five different sections where section 1 and 2 talks about quantum electrodynamics and scattering processes, and section 3 and 4 highlights Fermion and Boson Propagators and QED Processes. Section 5 has been dedicated to Feynman diagrams and Higher-Order Interactions in QED of Strong Fields. Provide the reader with the insights into the development of quantum electrodynamics, so as to understand various physical processes associated with photon-atom interactions.

Stefano Spezia is Ph.D. holder in Applied Physics at the University of Palermo since April 2012. His major research experience is in noise-induced effects in nonlinear systems, especially in the fields of modeling of complex biological systems and simulation of semiconductor spintronic devices. Associate member of the Italian Physical Society and European Physical Society.