26-31 July 2021
Mexico City
Mexico/General timezone
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- hadron2021@nucleares.unam.mx
Contact information
Contribution Parallel
Mexico City
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QCD and Hadron Structure
Ghost dynamics from Schwinger-Dyson equations
Speakers
- Dr. Mauricio NARCISO FERREIRA
Primary authors
- Dr. Mauricio NARCISO FERREIRA (IFGW-UNICAMP)
Co-authors
- Prof. Arlene Cristina AGUILAR (University of Campinas)
- Prof. Joannis PAPAVASSILIOU (University of Valencia)
- Prof. José RODRIGUEZ-QUINTERO (University of Huelva)
- Cleiton O. AMRBOSIO (Univeristy of Campinas)
- Bianca Maria OLIVEIRA (University of Campinas)
- Prof. Feliciano DE SOTO (Universidad Pablo de Olavide)
Abstract
We study the coupled dynamics of the ghost propagator and the ghost-gluon vertex through Schwinger-Dyson equations. To close the system, we use recent lattice data for the gluon propagator and a Gauge Technique Ansatz for the three-gluon vertex. The numerical results for the ghost propagator and ghost-gluon vertex agree excellently to lattice data. Finally, a consistency check is done in the soft gluon limit where the full three-gluon vertex appearing in the equations is fixed by lattice data.