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Media type:
Book
Title:
Simulating the physical world
:
hierarchical modeling from quantum mechanics to fluid dynamics
Contains:
Part I : A modeling hierarchy for simulations -- Introduction -- Quantum mechanics : principles and relativistic effects -- From quantum to classical mechanics : when and how -- Quantum chemistry : solving the time-independent Schrödinger equation -- Dynamics of mixed quantum/classical systems -- Molecular dynamics -- Free energy, entropy and potential of mean force -- Stochastic dynamics : reducing degrees of freedom -- Coarse graining from particles to fluid dynamics -- Mesoscopic continuum dynamics -- Dissipative particle dynamics -- Part II : Physical and theoretical concepts -- Fourier transforms -- Electromagnetism -- Vectors, operators and vector spaces -- Lagrangian and Hamiltonian mechanics -- Review of thermodynamics -- Review of statistical mechanics -- Linear response theory -- Splines for everything.
Footnote:
Includes bibliographical references (p. 557 - 585) and index
Description:
Part I : A modeling hierarchy for simulations -- Introduction -- Quantum mechanics : principles and relativistic effects -- From quantum to classical mechanics : when and how -- Quantum chemistry : solving the time-independent Schr(c)œdinger equation -- Dynamics of mixed quantum/classical systems -- Molecular dynamics -- Free energy, entropy and potential of mean force -- Stochastic dynamics : reducing degrees of freedom -- Coarse graining from particles to fluid dynamics -- Mesoscopic continuum dynamics -- Dissipative particle dynamics -- Part II : Physical and theoretical concepts -- Fourier transforms -- Electromagnetism -- Vectors, operators and vector spaces -- Lagrangian and Hamiltonian mechanics -- Review of thermodynamics -- Review of statistical mechanics -- Linear response theory -- Splines for everything