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The Small Field Parabolic Flow for Bosonic Many-body Models: Part 1—Main Results and Algebra
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The Small Field Parabolic Flow for Bosonic Many-body Models: Part 1—Main Results and Algebra

Tadeusz Balaban, Joel Feldman, Horst Knörrer and Eugene Trubowitz
Annales Henri Poincaré, Vol.20(1), pp.1-62
01/21/2019

Abstract

Classical and Quantum Gravitation, Relativity Theory Dynamical Systems and Ergodic Theory Elementary Particles, Quantum Field Theory Mathematical Methods in Physics Physics Quantum Physics Theoretical, Mathematical and Computational Physics
This paper is a contribution to a program to see symmetry breaking in a weakly interacting many-Boson system on a three-dimensional lattice at low temperature. It is part of an analysis of the “small field” approximation to the “parabolic flow” which exhibits the formation of a “Mexican hat” potential well. Here we state the main result of this analysis, outline the strategy of the proof, which uses a renormalization group flow, and perform the first, algebraic, part of a renormalization group step.

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