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Albeverio, Sergio.

Overview
Works: 1 works in 5 publications in 1 languages
Titles
Mathematical theory of Feynman path integrals : = an introduction / by: Mazzucchi, Sonia.; Albeverio, Sergio.; Hoegh-Krohn, Raphael. (Language materials, printed)
Direction of time by: Albeverio, Sergio.; SpringerLink (Online service); Blanchard, Philippe. (Electronic resources)
Lectures on probability theory and statistics : = Ecole d'Ete de probabilites de Saint-Flour XXX, 2000 by: Albeverio, Sergio.; Bernard, P. (1944-.); Schachermayer, Walter.; Talagrand, Michel, (1952-.); Ecole d'Ete de probabilites de Saint-Flou (2000).) (Language materials, printed)
Complexity and emergence = Lake Como School of Advanced Studies, Italy, July 22-27, 2018 / by: Albeverio, Sergio.; SpringerLink (Online service); Lake Como School of Advanced Studies., Summer School ((2018 :) (Electronic resources)
Hyperfinite Dirichlet forms and stochastic processes / by: Albeverio, Sergio.; Fan, Ruzong.; Herzberg, Frederik. (Language materials, printed)
Stochastic geometric mechanics = CIB, Lausanne, Switzerland, January-June 2015 / by: Albeverio, Sergio.; SpringerLink (Online service); Cruzeiro, Ana Bela.; Holm, Darryl. (Electronic resources)
Traces in number theory, geometry, and quantum fields / by: Albeverio, Sergio. (Language materials, printed)
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Subjects
Mathematical physics- Congresses. Number theory. Spectral theory (Mathematics) Wavelets (Mathematics) Time. Geometry, Analytic. Complex Systems. Mathematical and Computational Biology. Probability Theory and Stochastic Processes. Geometry, Differential. Distribution (Probability theory) Operator Theory. Albeverio, Sergio. Stochastic analysis Disasters. Emergency management. Functions, Zeta. Science, general. History and Philosophical Foundations of Physics. Monitoring/Environmental Analysis. Hydrodynamics. Mathematics. Mathematical Methods in Physics. Trace formulas. Noncommutative differential geometry. p-adic analysis. Balslev, Erik. Number Theory. Computational complexity Nonlinear Optics. Mathematical physics. Analysis. Probabilities- Congresses. Dirichlet forms. Time- Systems and standards. Quantum theory. Probability Theory. Mathematical statistics Partial Differential Equations. Natural disasters. Quantum field theory. p-adic numbers. History of Science. Dynamics. Quantum Physics. Nonstandard mathematical analysis- Congresses. Quantum theory- Congresses. Quantum theory- Mathematical models. Feynman integrals. Determinants. Differentiable dynamical systems. Statistical mechanics. Oscillators, Crystal. Stochastic processes. Theoretical, Mathematical and Computational Physics. Calculus of Variations and Optimal Control; Optimization. Complexity (Philosophy) Mathematical Modeling and Industrial Mathematics. Eigenvalues. Differential equations, Hyperbolic. Philosophy of Science. Geometry. Mathematical Applications in the Physical Sciences. Mathematical Models of Cognitive Processes and Neural Networks.
 
 
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