Instability and Chaos in Spatially Homogeneous Field Theories
Luca Salasnich
TL;DR
This paper explores the presence of instability and chaos in spatially homogeneous field theories, including inflationary models and Yang-Mills-Higgs systems, highlighting the role of quantum chaos in these contexts.
Contribution
It applies dynamical system theory to analyze chaos and instability in specific field theories, integrating quantum chaos considerations.
Findings
Identification of chaotic behavior in inflationary models
Demonstration of instability in Yang-Mills-Higgs systems
Discussion of quantum chaos implications for field theories
Abstract
Spatially homogeneous field theories are studied in the framework of dynamical system theory. In particular we consider a model of inflationary cosmology and a Yang-Mills-Higgs system. We discuss also the role of quantum chaos and its application to field theories.
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