Molecular Dynamics Simulation
by Giovanni Ciccotti, Mauro Ferrario, Christof Schuette
Publisher: MDPI AG 2014
Number of pages: 628
The contributions collected in this book move from the quantum-statistical description to the validity of classical modeling; they present some perspectives in the algorithmic and in the enhanced sampling approaches, tackling some longstanding challenges to simulation in the area of non-equilibrium, rare events, mesoscale and quantum-classical simulation.
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by R. Victor Jones - Harvard University
Theoretical background needed to understand developments in optical research and photonic technology. Topics presented include wave propagation in anisotropic media; interaction of light with matter; quantization of the radiation field; etc.
by John Baez, Michael Weiss - University of California
What the heck is a photon, anyway? You need to understand Maxwell's equations and quantum mechanics, and to understand how they fit together. This text won't teach you quantum electrodynamics. But they'll give you a nudge in the right direction.
by Wim Ubachs - Vrije Universiteit Amsterdam
From the table of contents: Introduction; Energy levels in molecules -- the quantum structure; Transitions between quantum states; High vibrational levels in the WKB-approximation; Electronic states; Open Shell Molecules.
by Juerg Hutter - University of Zurich
The aim of molecular dynamics is to model the detailed microscopic dynamical behavior of many different types of systems. Molecular dynamics is a technique to investigate equilibrium and transport properties of many–body systems.