Effects of flavor-mixings on charged kaon and pion parton distribution functions
Fabio L. Braghin🇧🇷 · Parada T. P. Hutauruk🇯🇵
Jul 28, 20262607.23497↳ hep-phPRD1 citation
Author
Braghin, Fabio L.
Affiliationsfrom papers in this corpus
Charge dependence of mesons with flavored contact-interaction couplings
Fábio L. Braghin🇧🇷 · Bruno El-Bennich🇧🇷 · Fernando E. Serna🇨🇴
Aug 14, 20252508.09298↳ hep-phPRD1 citation
Mixing interactions and effects in the NJL-model
Jan 15, 20252501.07658↳ hep-phPoS1 citation
Strongly interacting matter in extreme magnetic fields
Prabal Adhikari🇺🇸 · Martin Ammon🇩🇪 · Sidney S. Avancini🇧🇷 · Alejandro Ayala🇲🇽 · Aritra Bandyopadhyay🇩🇪 · David Blaschke🇵🇱 · Fabio L. Braghin🇧🇷 · Pavel Buividovich🇬🇧 · Rafael P. Cardoso🇧🇷 · Casey Cartwright🇳🇱 · Jorge David Castaño-Yepes🇨🇱 · Maxim Chernodub🇫🇷 · M. Coppola🇦🇷 · Mayusree Das🇮🇳 · Mariana Dutra🇧🇷 · Gergely Endrődi🇩🇪 · Jianjun Fang🇨🇳 · Ricardo L. S. Farias🇧🇷 · Eduardo S. Fraga🇧🇷 · Arthur Frazon🇧🇷 · Kenji Fukushima🇯🇵 · Juan D. García-Muñoz🇲🇽 · Eduardo Garnacho-Velasco🇩🇪 · D. Gomez Dumm🇦🇷 · Sebastian Grieninger🇺🇸
Dec 30, 20242412.18632nucl-thPPNP75 citations
Symmetry breaking effects in pion couplings to constituent quark currents
Dec 20, 20242412.15104↳ hep-phEPJA0 citations
Charged pions asymmetry from the decay of light neutral axial mesons due to interference
Aug 13, 20242408.05574↳ hep-phJ.Phys.G1 citation
symmetry breaking quark interactions from vacuum polarization
May 3, 20242405.00880↳ hep-phEPJA7 citations
The Yukawa potential under weak magnetic field
Fabio L. Braghin🇧🇷 · Marcelo Loewe🇨🇱 · Cristian Villavicencio🇨🇱
Aug 24, 20232308.12122↳ hep-phPRD6 citations
U(5) Nambu-Jona-Lasinio model with flavor dependent coupling constants: pseudoscalar and scalar mesons masses
Willian F. de Sousa🇧🇷 · Fabio L. Braghin🇧🇷
Jan 16, 20232301.05695↳ hep-phEPJA7 citations
Quark-antiquark states of the lightest scalar mesons within the Nambu-Jona-Lasinio model with flavor-dependent coupling constants
Dec 14, 20222212.06616↳ hep-phJ.Phys.G13 citations
Magnetic field induced corrections to the NJL model coupling constant from vacuum polarization
Thiago H. Moreira🇧🇷 · Fabio L. Braghin🇧🇷
Feb 24, 20222202.10559↳ hep-phPRD18 citations
Constituent quark axial current couplings to light vector mesons in the vacuum and with a weak magnetic field
Sep 7, 20212109.02203↳ hep-phPRD8 citations
Strangeness content of the pion in the U(3) Nambu-Jona-Lasinio model
Aug 6, 20212108.02748↳ hep-phJ.Phys.G14 citations
Flavor-dependent U(3) Nambu Jona Lasinio coupling constant
Aug 4, 20202008.00346↳ hep-phPRD15 citations
Weak magnetic field corrections to light vector or axial mesons mixings and vector meson dominance
Apr 20, 20202004.07883↳ hep-phJ.Phys.G8 citations
Form factors for pions couplings to constituent quarks under weak magnetic field
Fabio L. Braghin🇧🇷 · Willian F. de Sousa🇧🇷
Oct 1, 20181809.10823↳ hep-phJ.Phys.G9 citations
Pion constituent quarks couplings strong form factors: a dynamical approach
Sep 21, 20181809.07608↳ hep-phPRD12 citations
Light vector and axial mesons effective couplings to constituent quarks
Aug 14, 20171708.03632nucl-thPRD11 citations
Low energy constituent quark and pion effective couplings in a weak external magnetic field
May 18, 20171705.05926↳ hep-phEPJA19 citations
Lagrangian magnetic moment from polarization
Aug 30, 20161608.07733↳ hep-ph0 citations
SU(2) low energy quark effective couplings in weak external magnetic field
Jun 20, 20161606.05587↳ hep-phPRD12 citations
SU(2) higher-order effective quark interactions from polarization
May 30, 20161605.08760↳ hep-phPLB15 citations
Quark and pion effective couplings from polarization effects
Jan 20, 20161601.04916↳ hep-phEPJA19 citations
Higher order effective interactions and effective bosonized model for 2-N particle states
Nov 16, 20151511.04365↳ hep-phEPJ Web Conf.0 citations
Higher order fermion effective polynomial interactions
Sep 22, 20151505.01209↳ hep-thEur.Phys.J.Plus2 citations
Affiliations
own affiliationscollaboratorsvia INSPIRE
Shows only papers in the locally ingested corpus, matched through the INSPIRE author identity. This may not match the author's full publication record.