Mathematical physics.
Overview
| Works: | 124 works in 89 publications in 89 languages | |
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Titles
Mathematical Methods for Physicists :[electronic resource].A Concise Introduction.
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Fundamentals of time-dependent density functional theory[electronic resource] /
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Quantum triangulations[electronic resource] :moduli spaces, strings, and quantum computing /
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Coherent states and applications in mathematical physics[electronic resource] /
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Flux-corrected transport[electronic resource] :principles, algorithms, and applications /
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Ten physical applications of spectral zeta functions[electronic resource] /
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The physics of chaos in Hamiltonian systems[electronic resource] /
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Fractional order systems[electronic resource] :modeling and control applications /
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Computational methods for physicists[electronic resource] :compendium for students /
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Pseudochaotic kicked oscillators[electronic resource] :renormalization, symbolic dynamics, and transport /
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Mathematical methods for physicists[electronic resource] :a comprehensive guide /
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Stability by linearization of Einstein's field equation[electronic resource] /
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Homogenization methods for multiscale mechanics[electronic resource] /
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Lecture notes in applied differential equations of mathematical physics[electronic resource] /
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Mathematical mechanics[electronic resource] :from particle to muscle /
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Guide to essential math[electronic resource] :a review for physics, chemistry and engineering students /
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Introduction to Mathematical Physics[electronic resource] :Methods & Concepts /
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Time-Dependent Density-Functional Theory[electronic resource] :Concepts and Applications /
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The mathematical mechanic[electronic resource] :using physical reasoning to solve problems /
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Large deviations in physics[electronic resource] :the legacy of the law of large numbers /
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Condenser capacities and symmetrization in geometric function theory[electronic resource] /
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Hypergeometric summation[electronic resource] :an algorithmic approach to summation and special function identities /
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Mathematics for physicists and engineers[electronic resource] :fundamentals and interactive study guide /
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The complete works of Gabrio Piola.[electronic resource] :commented English translation /Volume I
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The sine-Gordon model and its applications[electronic resource] :from Pendula and Josephson junctions to gravity and high-energy Physics /
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Noncommutative geometry and particle physics[electronic resource] /
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Geometry from dynamics, classical and quantum[electronic resource] /
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Modifications of Einstein's theory of gravity at large distances[electronic resource] /
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The formalisms of quantum mechanics[electronic resource] :an introduction /
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Mathematical aspects of quantum field theories[electronic resource] /
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Spectral methods in chemistry and physics[electronic resource] :applications to kinetic theory and quantum mechanics /
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Fractional calculus[electronic resource] :an introduction for physicists /
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Tackling the inverse problem for non-autonomous systems[electronic resource] :application to the life sciences /
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Pathways through applied and computational physics[electronic resource] /
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Mathematical models and methods for plasma physics.[electronic resource] /Volume 1,Fluid models
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Embedded random matrix ensembles in quantum physics[electronic resource] /
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A student's guide to Fourier transforms :with applications in physics and engineering /
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Bayesian methods for the physical sciences[electronic resource] :learning from examples in astronomy and physics /
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Everything you wanted to know about data analysis and fitting but were afraid to ask[electronic resource] /
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Testing quantum contextuality[electronic resource] :the problem of compatibility /
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Elementary mechanics using Matlab[electronic resource] :a modern course combining analytical and numerical techniques /
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Linear fractional diffusion-wave equation for scientists and engineers[electronic resource] /
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Nonlinear optical and atomic systems[electronic resource] :at the interface of physics and mathematics /
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Applied mathematics[electronic resource] :Kolkata, India, February 2014 /
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Mean field theories and dual variation - mathematical structures of the Mesoscopic model[electronic resource] /
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Metastability[electronic resource] :a potential-theoretic approach /
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Supermathematics and its applications in statistical physics[electronic resource] :Grassmann variables and the method of supersymmetry /
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The many faces of Maxwell, Dirac and Einstein equations[electronic resource] :a Clifford bundle approach /
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Moonshine beyond the monster :the bridge connecting algebra, modular forms and physics /
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A course in modern mathematical physics :groups, Hilbert space, and differential geometry /
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Variational principles and methods in theoretical physics and chemistry /
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Mathematics for natural scientists[electronic resource] :fundamentals and basics /
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Classical and quantum dynamics[electronic resource] :from classical paths to path integrals /
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Laser filamentation[electronic resource] :mathematical methods and models /
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Effective evolution equations from quantum dynamics[electronic resource] /
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Gauge invariance and Weyl-polymer quantization[electronic resource] /
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Resummation and renormalization in effective theories of particle physics[electronic resource] /
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Born-Jordan quantization[electronic resource] :theory and applications /
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Quantization, PDEs, and geometry[electronic resource] :the interplay of analysis and mathematical physics /
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Bessel processes, schramm-loewner evolution, and the Dyson model[electronic resource] /
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Trick or truth?[electronic resource] :the mysterious connection between physics and mathematics /
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Electronic structure calculations on graphics processing units[electronic resource] :from quantum chemistry to condensed matter physics /
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Propagation of errors :how to mathematically predict measurement errors to first and second order /
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Mathematics for natural scientists II[electronic resource] :advanced methods /
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Applications of contact geometry and topology in physics[electronic resource] /
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Probability and randomness[electronic resource] :quantum versus classical /
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A brief introduction to symplectic and contact manifolds[electronic resource] /
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A half-century of physical asymptotics and other diversions[electronic resource] :selected works by Michael Berry /
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Computational physics[electronic resource] :an introduction to Monte Carlo simulations of matrix field theory /
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Differentiability and fractality in dynamics of physical systems[electronic resource] /
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Ludwig Faddeev memorial volume[electronic resource] :a life in mathematical physics /
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Gauge/gravity duality[electronic resource] :foundations and applications /
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Mathematical physics with partial differential equations[electronic resource] /
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Schaum's outline of theory and problems of mathematics for physics students[electronic resource] /
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Differential geometry through supersymmetric glasses[electronic resource] /
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Theoretical concepts in physics[electronic resource] :an alternative view of theoretical reasoning in physics /
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Generalized synchronization and generalized consensus of system arrays[electronic resource] /
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Quantum mechanics in potential representation and applications[electronic resource] /
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