Confinement, quark mass functions, and spontaneous chiral symmetry<? format?> breaking in Minkowski space EP Biernat, F Gross, MT Peña, A Stadler
Physical Review D—Particles, Fields, Gravitation, and Cosmology 89 (1), 016005, 2014
51 2014 Point-form Hamiltonian dynamics and applications EP Biernat, WH Klink, W Schweiger
Few-Body Systems 49 (1), 149-161, 2011
44 2011 Linear confinement in momentum space: singularity-free bound-state equations S Leitão, A Stadler, MT Peña, EP Biernat
Physical Review D 90 (9), 096003, 2014
36 2014 Electromagnetic EP Biernat, W Schweiger
Physical Review C 89 (5), 055205, 2014
34 2014 Electromagnetic meson form factor from a relativistic coupled-channels approach EP Biernat, W Schweiger, K Fuchsberger, WH Klink
Physical Review C—Nuclear Physics 79 (5), 055203, 2009
34 2009 Pion electromagnetic form factor in the covariant spectator theory EP Biernat, F Gross, MT Peña, A Stadler
Physical Review D—Particles, Fields, Gravitation, and Cosmology 89 (1), 016006, 2014
33 2014 Chiral symmetry and EP Biernat, MT Peña, JE Ribeiro, A Stadler, F Gross
Physical Review D 90 (9), 096008, 2014
29 2014 Point-form quantum field theory EP Biernat, WH Klink, W Schweiger, S Zelzer
Annals of Physics 323 (6), 1361-1383, 2008
27 2008 Comparison of two Minkowski-space approaches to heavy quarkonia S Leitão, Y Li, P Maris, MT Peña, A Stadler, JP Vary, EP Biernat
The European Physical Journal C 77, 1-16, 2017
26 2017 Covariant spectator theory of quark-antiquark bound states: Mass spectra and vertex functions of heavy and heavy-light mesons S Leitão, A Stadler, MT Peña, EP Biernat
Physical Review D 96 (7), 074007, 2017
23 2017 Quark mass function from a one-gluon-exchange-type interaction in Minkowski space EP Biernat, F Gross, MT Peña, A Stadler, S Leitão
Physical Review D 98 (11), 114033, 2018
15 2018 Covariant Spectator Theory of heavy–light and heavy mesons and the predictive power of covariant interaction kernels S Leitão, A Stadler, MT Peña, EP Biernat
Physics Letters B 764, 38-41, 2017
15 2017 Electromagnetic properties of few-body systems within a point-form approach EP Biernat
arXiv preprint arXiv:1110.3180, 2011
14 2011 Charge-conjugation symmetric complete impulse approximation for the pion electromagnetic form factor in the covariant spectator theory EP Biernat, F Gross, MT Peña, A Stadler
Physical Review D 92 (7), 076011, 2015
13 2015 Heavy and heavy-light mesons in the Covariant Spectator Theory A Stadler, S Leitão, MT Peña, EP Biernat
Few-Body Systems 59, 1-8, 2018
7 2018 Form Factors of Few-Body Systems: Point Form Versus Front Form M Gomez-Rocha, EP Biernat, W Schweiger
Few-Body Systems 52 (3), 397-401, 2012
5 2012 Parameters in a Walecka-type model for the deuteron B Bakker, E Biernat
PoS, LC2010 15, 2010
5 2010 Point-form quantum field theory and meson form factors EP Biernat, K Fuchsberger, WH Klink, W Schweiger
Few-Body Systems 44, 311-314, 2008
5 2008 Scalar-particle self-energy amplitudes and confinement in Minkowski space EP Biernat, F Gross, T Peña, A Stadler
Few-Body Systems 54 (12), 2283-2301, 2013
4 2013 Constituent-Quark Model with Pionic Contributions: Electromagnetic N→ Δ Transition JH Jung, W Schweiger, EP Biernat
Few-Body Systems 60 (1), 13, 2019
3 2019 
Alfred StadlerUniversity of ÉvoraПодтвержден адрес электронной почты в домене uevora.pt
