This volume contains the proceedings of the Second Workshop on Stochastic Analysis and Mathematical Physics. It includes discussion of Feynman functional integrals and the stochastic limit, phase transitions, and collective interactions in CQED.
Feynman functional integrals and the stochastic limit, L. Accardi; dynamical programming, filtering and control of quantum Markov processes, V.P. Belavkin; quantum stochastic equation is unitarily equivalent to a symmetric boundary value problem for the Schrodinger equation, A.M. Chebotarev; on phase transitions, M. Corgini; existence of attractors for dissipative Schrodinger equation in R, M.A. Astaburuaga and V.H. Cortes; reduction of noise by squeezed vacuum, F. Fagnola et al; outgoing states and resonant behaviour, C. Fernandez; stochastic Dyson series and the solution to associated stochastic evolution equations, G.W. Johnson and G. Kallianpur; norm estimates for a class of semigroups of Schrodinger type, H. Prado; on the recurrence of quantum dynamical semigroups, R. Rebolledo; collective interactions in CQED, C. Saavedra; T-product and Wiener Measure, D.P. Sankovich; from Feynman-Kac formulae to Feynman-Kac semigroups, J.A. van Casteren; completely positive quantum stochastic flows with infinite degrees of freedom, J. Lindsay and S.J. Wills; characterization of continuous operators on infinite dimension distribution spaces, S.-L. Luo and J.-A. Yan; a special time-dependent quantum invariant and a general theorem on quantum symmetries, J.-G. Zambrini.
