Cracow, Małopolskie, Poland
Thesis: "Quantum dynamics in phase space: influence of decoherence and dissipation on transport properties of disordered systems." Areas of work: quantum open systems, phase space formulation of quantum mechanics, split operator method for evolutionary equations. Scientific collaboration with Institute of Nuclear Physics Polish Academy of Sciences regarding bipartite states and Segal-Bargmann description of quantum mechanics with reference to Wigner function. Teaching the following courses at the University: Mathematical Methods of Physics I and II (basics of abstract and linear algebra, and complex analysis with elements of 2nd order differential equations and calculus of variations), and occasional substitutions in Mathematical Methods of Physics, Quantum Mechanics.