Mathematical Methods in Physics

Cellular Automata Methods in Mathematical Physics Cellular Automata Methods in Mathematical Physics

Cellular automata (CA) are fully discrete, spatially-distributed dynamical systems which can serve as an alternative framework for mathematical descriptions of physical systems. Furthermore, they constitute intrinsically parallel models of computation which can be e ciently realized with special-purpose cellular automata machines. The basic objective of this thesis is to determine techniques fo...

Mathematical Methods of Theoretical Physics

Lectures on Geometric Methods in Mathematical Physics

Holomorphic methods in analysis and mathematical physics

Dedicated to my " father " Leonard Gross, and to the memory of my " grandfather " Irving Segal. Contents 1. Introduction 1 2. Basics of holomorphic function spaces 2 3. Examples of holomorphic function spaces 7 4. A special property of the Segal-Bargmann and weighted Bergman spaces 12 5. Canonical commutation relations 16 6. The Segal-Bargmann transform 21 7. Quantum mechanics and quantization ...

Cellular Automata Methods in Mathematical Physics

Cellular automata (CA) are fully discrete, spatially-distributed dynamical systems which can serve as an alternative framework for mathematical descriptions of physical systems. Furthermore, they constitute intrinsically parallel models of computation which can be efficiently realized with special-purpose cellular automata machines. The basic objective of this thesis is to determine techniques ...