Graph polynomials associated with Dyson-Schwinger equations

Quantum motions are encoded by a particular family of recursive Hochschild equations in the renormalization Hopf algebra which represent Dyson-Schwinger equations, combinatorially. Feynman graphons, which topologically complete the space of Feynman diagrams of a gauge field theory, are considered to...

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Main Author: Shojaei-Fard Ali
Format: Article
Language:English
Published: University of Kragujevac, Faculty of Technical Sciences Čačak, Serbia 2023-01-01
Series:Mathematica Moravica
Subjects:
Online Access:https://scindeks-clanci.ceon.rs/data/pdf/1450-5932/2023/1450-59322302091S.pdf
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author Shojaei-Fard Ali
author_facet Shojaei-Fard Ali
author_sort Shojaei-Fard Ali
collection DOAJ
description Quantum motions are encoded by a particular family of recursive Hochschild equations in the renormalization Hopf algebra which represent Dyson-Schwinger equations, combinatorially. Feynman graphons, which topologically complete the space of Feynman diagrams of a gauge field theory, are considered to formulate some random graph representations for solutions of quantum motions. This framework leads us to explain the structures of Tutte and Kirchhoff-Symanzik polynomials associated with solutions of Dyson-Schwinger equations. These new graph polynomials are applied to formulate a new parametric representation for large Feynman diagrams and their corresponding Feynman rules.
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spelling doaj.art-5f7376b3fb2b4bf1a77786784e94d6b02024-01-03T21:32:36ZengUniversity of Kragujevac, Faculty of Technical Sciences Čačak, SerbiaMathematica Moravica1450-59322560-55422023-01-012729111410.5937/MatMor2302091S1450-59322302091SGraph polynomials associated with Dyson-Schwinger equationsShojaei-Fard Ali0Tehran, IranQuantum motions are encoded by a particular family of recursive Hochschild equations in the renormalization Hopf algebra which represent Dyson-Schwinger equations, combinatorially. Feynman graphons, which topologically complete the space of Feynman diagrams of a gauge field theory, are considered to formulate some random graph representations for solutions of quantum motions. This framework leads us to explain the structures of Tutte and Kirchhoff-Symanzik polynomials associated with solutions of Dyson-Schwinger equations. These new graph polynomials are applied to formulate a new parametric representation for large Feynman diagrams and their corresponding Feynman rules.https://scindeks-clanci.ceon.rs/data/pdf/1450-5932/2023/1450-59322302091S.pdfcombinatorial dyson-schwinger equationsfeynman graphonsgraph polynomialsparametric representations
spellingShingle Shojaei-Fard Ali
Graph polynomials associated with Dyson-Schwinger equations
Mathematica Moravica
combinatorial dyson-schwinger equations
feynman graphons
graph polynomials
parametric representations
title Graph polynomials associated with Dyson-Schwinger equations
title_full Graph polynomials associated with Dyson-Schwinger equations
title_fullStr Graph polynomials associated with Dyson-Schwinger equations
title_full_unstemmed Graph polynomials associated with Dyson-Schwinger equations
title_short Graph polynomials associated with Dyson-Schwinger equations
title_sort graph polynomials associated with dyson schwinger equations
topic combinatorial dyson-schwinger equations
feynman graphons
graph polynomials
parametric representations
url https://scindeks-clanci.ceon.rs/data/pdf/1450-5932/2023/1450-59322302091S.pdf
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