Environmentally Friendly Renormalization Group and Phase Transitions
F. Astorga
TL;DR
This paper introduces an eco-friendly renormalization group method for analyzing phase transitions, demonstrating initial results on scalar theories and aiming to apply it to the Electroweak Phase Transition.
Contribution
It presents a novel environmentally friendly renormalization group approach and showcases its features through scalar theory results, with plans for application to electroweak transitions.
Findings
Initial results on scalar theories demonstrate the method's potential.
The approach introduces a new algorithmic framework for phase transition analysis.
Work is ongoing to apply the method to the Electroweak Phase Transition.
Abstract
We discuss an environmentally friendly renormalization group approach to analyze phase transitions. We intend to apply this method to the Electroweak Phase Transition. This work is in progress. We present some previously obtained results concerning a scalar theory, where the main features of this algorithm are introduced.
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Taxonomy
TopicsCosmology and Gravitation Theories · Complex Systems and Time Series Analysis · Computational Physics and Python Applications