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Femtosecond Physics: Laser-Matter Interaction Theory

Femtosecond Physics: Laser-Matter Interaction Theory

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Femtosecond Physics: Laser-Matter Interaction Theory examines various theories related to femtosecond physics including an extensive overview of interaction theory and related concepts. It includes definitions of time-dependent schrödinger equation, field-matter interaction in quantum two-level systems and atoms and molecules. Provides the reader with insights into the development of its knowledge, so as to understand the different theories and applications of femtosecond physics.

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.