Classical Solutions to Double Oscillator Field Theory
Autore
Sebastian Buhai - University College Utrecht, Utrecht University, The Netherlands - [-]
Documenti
Abstract
The present paper aims at studying the physics of the double oscillator field theory from a classical, non-perturbative perspective. In introducing the topic a short but to the point treatment of the physics of the quantum mechanics double oscillator is presented. A subsequent section of the paper summarizes the current state of research in the self-interacting scalar fields theory (with an emphasis on the specific physical systems generating spontaneous symmetry breaking). We further discuss in a non-perturbative framework a few classes of solutions to the double oscillator field theory. The focus is on analyzing the classes of upshots for a specific equation.
The classes of solutions are separately discussed in function of their complexity. Several results in this or in related domains are also acknowledged and further applied where possible. The paper introduces and leaves open the issue concerning similarity between the double oscillator field theory and the self-interacting scalar fields theory.
The classes of solutions are separately discussed in function of their complexity. Several results in this or in related domains are also acknowledged and further applied where possible. The paper introduces and leaves open the issue concerning similarity between the double oscillator field theory and the self-interacting scalar fields theory.
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