Articles citing this paper
Baryon Structure and QCD
RT Cahill, CD Roberts and J Praschifka
42(2) pp.129 - 146
123 articles found in Crossref database.
Hadronic laws from QCD
Cahill R.T.
Nuclear Physics A. 1992 543(1-2). p.63
Hadron properties and Dyson–Schwinger equations
Roberts C.D.
Progress in Particle and Nuclear Physics. 2008 61(1). p.50
STUDIES OF NUCLEON RESONANCE STRUCTURE IN EXCLUSIVE MESON ELECTROPRODUCTION
Aznauryan I. G.,
Bashir A.,
Braun V. M.,
Brodsky S. J.,
Burkert V. D.,
Chang L.,
Chen Ch.,
El-Bennich B.,
Cloët I. C.,
Cole P. L.,
Edwards R. G.,
Fedotov G. V.,
Giannini M. M.,
Gothe R. W.,
Gross F.,
Lin Huey-Wen,
Kroll P.,
Lee T.-S. H.,
Melnitchouk W.,
Mokeev V. I.,
Peña M. T.,
Ramalho G.,
Roberts C. D.,
Santopinto E.,
de Teramond G. F.,
Tsushima K., Wilson D. J.
International Journal of Modern Physics E. 2013 22(06). p.1330015
A covariant view on the nucleons’ quark core
Eichmann G.,
Krassnigg A.,
Schwinzerl M., Alkofer R.
Annals of Physics. 2008 323(10). p.2505
Nucleon-to-resonance form factors at large photon virtualities
PROCEEDINGS OF THE 15TH INTERNATIONAL CONFERENCE ON MESON-NUCLEON PHYSICS AND THE STRUCTURE OF THE NUCLEON (2020)
Dyson-Schwinger equations and their application to hadronic physics
Roberts Craig D., Williams Anthony G.
Progress in Particle and Nuclear Physics. 1994 33 p.477
Aspects and consequences of a dressed-quark-gluon vertex
Bhagwat M. S.,
Höll A.,
Krassnigg A.,
Roberts C. D., Tandy P. C.
Physical Review C. 2004 70(3).
Production processes as a tool to study parametrizations of quark confinement
Ahlig S.,
Alkofer R.,
Fischer C.,
Oettel M.,
Reinhardt H., Weigel H.
Physical Review D. 2001 64(1).
Sigma Terms of Light-Quark Hadrons
Flambaum V. V.,
Höll A.,
Jaikumar P.,
Roberts C. D., Wright S. V.
Few-Body Systems. 2006 38(1). p.31
Physics of Neutron Star Interiors (2001)
Nucleon and pion distribution functions in the valence region
Holt Roy J., Roberts Craig D.
Reviews of Modern Physics. 2010 82(4). p.2991
A diquark model for baryons containing one heavy quark
Ebert D.,
Feldmann T.,
Kettner C., Reinhardt H.
Zeitschrift für Physik C: Particles and Fields. 1996 71(2). p.329
Elastic and Transition Form Factors in DSEs
Segovia Jorge
Few-Body Systems. 2016 57(6). p.461
Baryon and meson screening masses
Wang Kun-lun,
Liu Yu-xin,
Chang Lei,
Roberts Craig D., Schmidt Sebastian M.
Physical Review D. 2013 87(7).
Nucleon axial-vector and pseudoscalar form factors and PCAC relations
Chen Chen,
Fischer Christian S.,
Roberts Craig D., Segovia Jorge
Physical Review D. 2022 105(9).
3D–4D INTERLINKAGE OF qqq WAVE FUNCTIONS UNDER 3D SUPPORT FOR PAIRWISE BETHE–SALPETER KERNELS
MITRA A. N.
International Journal of Modern Physics A. 1999 14(30). p.4781
Strong QCD from Hadron Structure Experiments
Brodsky S. J.,
Burkert V. D.,
Carman D. S.,
Chen J. P.,
Cui Z.-F.,
Döring M.,
Dosch H. G.,
Draayer J.,
Elouadrhiri L.,
Glazier D. I.,
Hiller Blin A. N.,
Horn T.,
Joo K.,
Kim H. C.,
Kubarovsky V.,
Kuhn S. E.,
Lu Y.,
Melnitchouk W.,
Mezrag C.,
Mokeev V.I.,
Qiu J. W.,
Radici M.,
Richards D.,
Roberts C. D.,
Rodríguez-Quintero J.,
Segovia J.,
Szczepaniak A. P.,
de Téramond G. F., Winney D.
International Journal of Modern Physics E. 2020 29(08). p.2030006
Faddeev approach to the octet and decuplet baryons
Hanhart C., Krewald S.
Physics Letters B. 1995 344(1-4). p.55
Perspective on polarised parton distribution functions and proton spin
Cheng P.,
Yu Y.,
Xing H.-Y.,
Chen C.,
Cui Z.-F., Roberts C.D.
Physics Letters B. 2023 844 p.138074
Elastic and Transition Form Factors of the Δ(1232)
Segovia Jorge,
Chen Chen,
Cloët Ian C.,
Roberts Craig D.,
Schmidt Sebastian M., Wan Shaolong
Few-Body Systems. 2014 55(1). p.1
Aspects of hadron physics
Roberts C. D.,
Bhagwat M. S.,
Höll A., Wright S. V.
The European Physical Journal Special Topics. 2007 140(1). p.53
Running Masses in the Nucleon and its Resonances
Proceedings of the 10th International Workshop on the Physics of Excited Nucleons (NSTAR2015) (2016)
Neutron electric dipole moment: Constituent dressing and compositeness
Hecht M. B.,
Roberts C. D., Schmidt S. M.
Physical Review C. 2001 64(2).
Contact interaction analysis of octet baryon axial-vector and pseudoscalar form factors
Cheng Peng,
Serna Fernando E.,
Yao Zhao-Qian,
Chen Chen,
Cui Zhu-Fang, Roberts Craig D.
Physical Review D. 2022 106(5).
Masses of positive- and negative-parity hadron ground-states, including those with heavy quarks
Yin Pei-Lin,
Cui Zhu-Fang,
Roberts Craig D., Segovia Jorge
The European Physical Journal C. 2021 81(4).
Light Cone 2015 (2017)
Bethe-Salpeter equation and a nonperturbative quark-gluon vertex
Bender A.,
Detmold W.,
Thomas A. W., Roberts C. D.
Physical Review C. 2002 65(6).
Baryon form factors in a diquark-quark bound state description
Hellstern G., Weiss C.
Physics Letters B. 1995 351(1-3). p.64
Baryons as bound states of diquarks and quarks in the Nambu-Jona-Lasinio model
Buck A.,
Alkofer R., Reinhardt H.
Physics Letters B. 1992 286(1-2). p.29
Spectrum and structure of octet and decuplet baryons and their positive-parity excitations
Chen Chen,
Krein Gastão,
Roberts Craig D.,
Schmidt Sebastian M., Segovia Jorge
Physical Review D. 2019 100(5).
Impressions of the Continuum Bound State Problem in QCD
Qin Si-Xue, Roberts C. D.
Chinese Physics Letters. 2020 37(12). p.121201
Insights into theγ*N→Δtransition
Segovia Jorge,
Chen Chen,
Roberts Craig D., Wan Shaolong
Physical Review C. 2013 88(3).
Static properties of the nucleon in the Faddeev approach based on the Nambu–Jona-Lasinio model
Asami Hiroyasu,
Ishii Noriyoshi,
Bentz Wolfgang, Yazaki Koichi
Physical Review C. 1995 51(6). p.3388
Spectrum of Hadrons with Strangeness
Chen Chen,
Chang Lei,
Roberts Craig D.,
Wan Shaolong, Wilson David J.
Few-Body Systems. 2012 53(3-4). p.293
Dynamical Diquarks and Baryon Transition Form Factors
Raya Khépani, Segovia Jorge
Few-Body Systems. 2023 64(4).
Collective Perspective on Advances in Dyson—Schwinger Equation QCD
Bashir Adnan,
Chang Lei,
Cloët Ian C.,
El-Bennich Bruno,
Liu Yu-Xin,
Roberts Craig D., Tandy Peter C.
Communications in Theoretical Physics. 2012 58(1). p.79
Structure of the nucleon’s low-lying excitations
Chen Chen,
El-Bennich Bruno,
Roberts Craig D.,
Schmidt Sebastian M.,
Segovia Jorge, Wan Shaolong
Physical Review D. 2018 97(3).
Masses of Ground- and Excited-State Hadrons
Roberts Hannes L. L.,
Chang Lei,
Cloët Ian C., Roberts Craig D.
Few-Body Systems. 2011 51(1). p.1
Images of the origin of mass
Roberts Craig D.,
Battaglieri M.,
D'Angelo A.,
De Vita R.,
Pascolini A., Salmè G.
EPJ Web of Conferences. 2014 73 p.01016
Quark distributions in the nucleon based on a relativistic three-body approach to the Nambu–Jona-Lasinio model
Mineo H.,
Bentz W., Yazaki K.
Physical Review C. 1999 60(6).
Transition form factors:
γ*+p→Δ(1232)
,
Δ(1600)
Lu Y.,
Chen C.,
Cui Z.-F.,
Roberts C. D.,
Schmidt S. M.,
Segovia J., Zong H.-S.
Physical Review D. 2019 100(3).
Nucleon mass and pion loops
Hecht M. B.,
Roberts C. D.,
Oettel M.,
Thomas A. W.,
Schmidt S. M., Tandy P. C.
Physical Review C. 2002 65(5).
HEAVY BARYONS IN THE QUARK-DIQUARK PICTURE
EBERT DIETMAR,
FELDMANN THORSTEN,
KETTNER CHRISTIANE, REINHARDT HUGO
International Journal of Modern Physics A. 1998 13(07). p.1091
Nucleon spin structure at very high x
Roberts Craig D.,
Holt Roy J., Schmidt Sebastian M.
Physics Letters B. 2013 727(1-3). p.249
Understanding the nucleon as a Borromean bound-state
Segovia Jorge,
Roberts Craig D., Schmidt Sebastian M.
Physics Letters B. 2015 750 p.100
Theory and phenomenology of hadrons
Bhagwat M.S.,
Höll A.,
Krassnigg A., Roberts C.D.
Nuclear Physics A. 2007 790(1-4). p.10c
Nucleon form factors and a nonpointlike diquark
Bloch J. C. R.,
Roberts C. D.,
Schmidt S. M.,
Bender A., Frank M. R.
Physical Review C. 1999 60(6).
Selected nucleon form factors and a composite scalar diquark
Bloch J. C. R.,
Roberts C. D., Schmidt S. M.
Physical Review C. 2000 61(6).
Form factors of the nucleon axial current
Chen Chen,
Fischer Christian S.,
Roberts Craig D., Segovia Jorge
Physics Letters B. 2021 815 p.136150
Impact of dynamical chiral symmetry breaking and dynamical diquark correlations on proton generalized parton distributions
Freese Adam, Cloët Ian C.
Physical Review C. 2020 101(3).
Nucleon solution of the Faddeev equation in the Nambu–Jona-Lasinio model
Huang Suzhou, Tjon John
Physical Review C. 1994 49(3). p.1702
The Nambu and Jona-Lasinio model: Its implications for Hadrons and Nuclei
Vogl U., Weise W.
Progress in Particle and Nuclear Physics. 1991 27 p.195
Revealing Dressed Quarks via the Proton’s Charge Distribution
Cloët Ian C.,
Roberts Craig D., Thomas Anthony W.
Physical Review Letters. 2013 111(10).
Nucleon quark distribution functions from the Dyson–Schwinger equations
Bednar Kyle D.,
Cloët Ian C., Tandy Peter C.
Physics Letters B. 2018 782 p.675
Solution of the relativistic three quark Faddeev equation in the Nambu-Jona-Lasinio (NJL) model
Ishii Noriyoshi,
Bentz Wolfgang, Yazaki Koichi
Physics Letters B. 1993 318(1). p.26
Baryons as chiral solitons in the Nambu-Jona-Lasinio model
Alkofer R.,
Reinhardt H., Weigel H.
Physics Reports. 1996 265(3). p.139
Transition from hadronic to partonic interactions for a composite spin-1/2 model of a nucleon
Tjon J., Wallace S.
Physical Review C. 2000 62(6).
Nucleon elastic form factors at accessible large spacelike momenta
Cui Zhu-Fang,
Chen Chen,
Binosi Daniele,
De Soto Feliciano,
Roberts Craig D.,
Rodríguez-Quintero José,
Schmidt Sebastian M., Segovia Jorge
Physical Review D. 2020 102(1).
Diquark correlations in hadron physics: Origin, impact and evidence
Barabanov M.Yu.,
Bedolla M.A.,
Brooks W.K.,
Cates G.D.,
Chen C.,
Chen Y.,
Cisbani E.,
Ding M.,
Eichmann G.,
Ent R.,
Ferretti J.,
Gothe R.W.,
Horn T.,
Liuti S.,
Mezrag C.,
Pilloni A.,
Puckett A.J.R.,
Roberts C.D.,
Rossi P.,
Salmé G.,
Santopinto E.,
Segovia J.,
Syritsyn S.N.,
Takizawa M.,
Tomasi-Gustafsson E.,
Wein P., Wojtsekhowski B.B.
Progress in Particle and Nuclear Physics. 2021 116 p.103835
Current quark-mass dependence of nucleon magnetic moments and radii
Cloët I. C.,
Eichmann G.,
Flambaum V. V.,
Roberts C. D.,
Bhagwat M. S., Höll A.
Few-Body Systems. 2008 42(1-4). p.91
Completing the Picture of the Roper Resonance
Segovia Jorge,
El-Bennich Bruno,
Rojas Eduardo,
Cloët Ian C.,
Roberts Craig D.,
Xu Shu-Sheng, Zong Hong-Shi
Physical Review Letters. 2015 115(17).
Hadron physics from the global color model of QCD
Tandy P.C.
Progress in Particle and Nuclear Physics. 1997 39 p.117
Dyson-Schwinger equations: Density, temperature and continuum strong QCD
Roberts C.D., Schmidt S.M.
Progress in Particle and Nuclear Physics. 2000 45 p.S1
Nucleon tensor charges and electric dipole moments
Pitschmann Mario,
Seng Chien-Yeah,
Roberts Craig D., Schmidt Sebastian M.
Physical Review D. 2015 91(7).
New perspective on hybrid mesons
Xu Shu-Sheng,
Cui Zhu-Fang,
Chang Lei,
Papavassiliou Joannis,
Roberts Craig D., Zong Hong-Shi
The European Physical Journal A. 2019 55(7).
Parton distribution amplitudes: Revealing correlations within the proton and Roper
Mezrag Cédric,
Segovia Jorge,
Chang Lei, Roberts Craig D.
Physics Letters B. 2018 783 p.263
Dressed quarks and the nucleon's axial charge
Chang Lei,
Roberts Craig D., Schmidt Sebastian M.
Physical Review C. 2013 87(1).
On vector meson production within the Nambu-Jona-Lasinio model
Bratkovskaya E.L., Titov A.I.
Physics Letters B. 1992 282(1-2). p.127
Spectrum of Light- and Heavy-Baryons
Qin S.-X.,
Roberts C. D., Schmidt S. M.
Few-Body Systems. 2019 60(2).
Effective chiral meson-baryon Lagrangian from quark-diquark flavor dynamics
Ebert D., Jurke Th.
Physical Review D. 1998 58(3).
Composition of low-lying
J=32±
Δ
-baryons
Liu Langtian,
Chen Chen,
Lu Ya,
Roberts Craig D., Segovia Jorge
Physical Review D. 2022 105(11).
Effective hadron theory
Reinhardt H.
Progress in Particle and Nuclear Physics. 1996 36 p.189
Features and flaws of a contact interaction treatment of the kaon
Chen Chen,
Chang Lei,
Roberts Craig D.,
Schmidt Sebastian M.,
Wan Shaolong, Wilson David J.
Physical Review C. 2013 87(4).
πandρmesons, and their diquark partners, from a contact interaction
Roberts H. L. L.,
Bashir A.,
Gutiérrez-Guerrero L. X.,
Roberts C. D., Wilson D. J.
Physical Review C. 2011 83(6).
Exploring the light-quark interaction
Lei Chang,
Cloet Ian C,
El-Bennich Bruno,
Klahn Thomas, Roberts Craig D
Chinese Physics C. 2009 33(12). p.1189
Parity partners in the baryon resonance spectrum
Lu Ya,
Chen Chen,
Roberts Craig D.,
Segovia Jorge,
Xu Shu-Sheng, Zong Hong-Shi
Physical Review C. 2017 96(1).
Toward unifying the description of meson and baryon properties
Eichmann G.,
Cloët I. C.,
Alkofer R.,
Krassnigg A., Roberts C. D.
Physical Review C. 2009 79(1).
The IVth International Conference on Quarks and Nuclear Physics (2007)
Use of the Nambu–Jona-Lasino model in the calculation of the density dependence of four-quark condensates
Celenza L. S.,
Shakin C. M.,
Sun Wei-Dong, Szweda J.
Physical Review C. 1995 51(2). p.937
Mind the gap
Bhagwat M. S.,
Krassnigg A.,
Maris P., Roberts C. D.
The European Physical Journal A. 2007 31(4). p.630
Structure of the Nucleon and Its First Radial Excitation
Segovia Jorge
Few-Body Systems. 2019 60(2).
Off-shell pion electromagnetic form factor from a gauge-invariant Nambu-Jona-Lasinio model
Weiss C.
Physics Letters B. 1994 333(1-2). p.7
Poincaré-covariant analysis of heavy-quark baryons
Qin Si-Xue,
Roberts Craig D., Schmidt Sebastian M.
Physical Review D. 2018 97(11).
A chiral confining model of the nucleon
Banerjee Manoj K.
Progress in Particle and Nuclear Physics. 1993 31 p.77
The convergence radius of the chiral expansion in the Dyson-Schwinger approach
Meissner Thomas
Physics Letters B. 1994 340(4). p.226
Emergence of Hadron Mass and Structure
Ding Minghui,
Roberts Craig, Schmidt Sebastian
Particles. 2023 6(1). p.57
Nucleon and Roper electromagnetic elastic and transition form factors
Wilson D. J.,
Cloët I. C.,
Chang L., Roberts C. D.
Physical Review C. 2012 85(2).
Diquarks and nucleons under strong magnetic fields in the NJL model
Coppola M.,
Gomez Dumm D., Scoccola N. N.
Physical Review D. 2020 102(9).
Nucleon electromagnetic form factors
Arrington J,
Roberts C D, Zanotti J M
Journal of Physics G: Nuclear and Particle Physics. 2007 34(7). p.S23
Delta-baryon mass in a covariant Faddeev approach
Nicmorus D.,
Eichmann G.,
Krassnigg A., Alkofer R.
Physical Review D. 2009 80(5).
Dyson–Schwinger Equations: A Tool for Hadron Physics
Maris Pieter, Roberts Craig D.
International Journal of Modern Physics E. 2003 12(03). p.297
Looking into the Matter of Light-Quark Hadrons
Roberts Craig D.
Few-Body Systems. 2012 52(3-4). p.345
Colloquium
: Roper resonance: Toward a solution to the fifty year puzzle
Burkert Volker D., Roberts Craig D.
Reviews of Modern Physics. 2019 91(1).
Relativistic Faddeev description of baryons and nucleon structure function in the NJL model
Bentz W.,
Mineo H.,
Asami H., Yazaki K.
Nuclear Physics A. 2000 670(1-4). p.48
Dissecting nucleon transition electromagnetic form factors
Segovia Jorge, Roberts Craig D.
Physical Review C. 2016 94(4).
Three Lectures on Hadron Physics
Roberts Craig D.
Journal of Physics: Conference Series. 2016 706 p.022003
Unified triquark equations
Kvinikhidze A. N., Blankleider B.
Physical Review D. 2023 108(5).
Octet and decuplet baryons in the hadronized Nambu-Jona-Lasinio model with proper spin projection
Buck A., Reinhardt H.
Physics Letters B. 1995 356(2-3). p.168
Quark spin and orbital angular momentum from proton generalized parton distributions
Freese Adam, Cloët Ian C.
Physical Review C. 2021 103(4).
Contact-interaction Faddeev equation and,inter alia, proton tensor charges
Xu Shu-Sheng,
Chen Chen,
Cloët Ian C.,
Roberts Craig D.,
Segovia Jorge, Zong Hong-Shi
Physical Review D. 2015 92(11).
Masses of ground-state mesons and baryons, including those with heavy quarks
Yin Pei-Lin,
Chen Chen,
Krein Gastão,
Roberts Craig D.,
Segovia Jorge, Xu Shu-Sheng
Physical Review D. 2019 100(3).
Light baryons and their excitations
Eichmann Gernot,
Fischer Christian S., Sanchis-Alepuz Hèlios
Physical Review D. 2016 94(9).
Nucleon Viewed as a Borromean Bound-State
Segovia Jorge,
Mezrag Cédric,
Chang Lei, Roberts Craig D.
Few-Body Systems. 2018 59(3).
Parton distributions of light quarks and antiquarks in the proton
Chang Lei,
Gao Fei, Roberts Craig D.
Physics Letters B. 2022 829 p.137078
Dynamical diquarks in the $${\varvec{\gamma ^{(*)} p\rightarrow N(1535)\frac{1}{2}^-}}$$ transition
Raya K.,
Gutiérrez-Guerrero L. X.,
Bashir A.,
Chang L.,
Cui Z.-F.,
Lu Y.,
Roberts C. D., Segovia J.
The European Physical Journal A. 2021 57(9).
Nuclear many-body theory for the study of QCD sum rules in matter
Celenza L. S.,
Shakin C. M.,
Sun Wei-Dong, Szweda J.
Physical Review C. 1995 51(6). p.3372
Baryons as relativistic three-quark bound states
Eichmann Gernot,
Sanchis-Alepuz Hèlios,
Williams Richard,
Alkofer Reinhard, Fischer Christian S.
Progress in Particle and Nuclear Physics. 2016 91 p.1
Wave functions of
(I,JP)=(12,32∓)
baryons
Liu Langtian,
Chen Chen, Roberts Craig D.
Physical Review D. 2023 107(1).
Relativistic Faddeev approach to baryons in the Nambu-Jona-Lasinio (NJL) model
Bentz W.
Progress in Particle and Nuclear Physics. 1996 36 p.179
Relativistic three-quark bound states in separable two-quark approximation
Oettel M,
von Smekal L, Alkofer R
Computer Physics Communications. 2002 144(1). p.63
Survey of Nucleon Electromagnetic Form Factors
Cloët I. C.,
Eichmann G.,
El-Bennich B.,
Klähn T., Roberts C. D.
Few-Body Systems. 2009 46(1). p.1
Hadron Structure Using Continuum Schwinger Function Methods
Roberts Craig D.
Few-Body Systems. 2023 64(3).
Baryons and the Borromeo
Roberts Craig D., Segovia Jorge
Few-Body Systems. 2016 57(11). p.1067
Abelian double-gauge-invariant continuous quantum field theory of electric charge confinement
Kleinert H.
Physics Letters B. 1992 293(1-2). p.168
Quark-diquark approximation of the three-quark structure of baryons in the quark confinement model
Efimov G. V.,
Ivanov M. A., Lyubovitskij V. E.
Zeitschrift f�r Physik C Particles and Fields. 1990 47(4). p.583
Nucleon-to-Roper electromagnetic transition form factors at large
Q2
Chen Chen,
Lu Ya,
Binosi Daniele,
Roberts Craig D.,
Rodríguez-Quintero Jose, Segovia Jorge
Physical Review D. 2019 99(3).
Recent Progress in Few-Body Physics (2020)
The stability of nuclear matter in the Nambu–Jona-Lasinio model
Bentz W., Thomas A.W.
Nuclear Physics A. 2001 696(1-2). p.138
Explanation and prediction of observables using continuum strong QCD
Cloët Ian C., Roberts Craig D.
Progress in Particle and Nuclear Physics. 2014 77 p.1
Proton tensor charges from a Poincaré-covariant Faddeev equation
Wang Qing-Wu,
Qin Si-Xue,
Roberts Craig D., Schmidt Sebastian M.
Physical Review D. 2018 98(5).
Baryons in the NJL model as solutions of the relativistic Faddeev equation
Ishii Noriyoshi,
Bentz Wolfgang, Yazaki Koichi
Nuclear Physics A. 1995 587(4). p.617
On Nucleon Electromagnetic Form Factors: A Précis
Höll A.,
Alkofer R.,
Kloker M.,
Krassnigg A.,
Roberts C.D., Wright S.V.
Nuclear Physics A. 2005 755 p.298
Nucleon and $${\Delta}$$ Δ Elastic and Transition Form Factors
Segovia Jorge,
Cloët Ian C.,
Roberts Craig D., Schmidt Sebastian M.
Few-Body Systems. 2014 55(12). p.1185
