The Net Advance of Physics:
NUCLEONS

NUCLEONS:

• General: Nefkens 2002/02;

• Types: DEUTERONS; NEUTRONS; PROTONS;

• Type: EXCITED: Burkert 2000/05;

• Type: MESIC:
  • Eta-mesic nuclei: past, present, future by Q. Haider and Lon-Chang Liu [2015/09]

• Type: STRANGE: Melnitchouk 99/09;
  • An Overview of Meson-Nuclear Physics by Anthony W. Thomas [2010/11]
  • Strangeness in nuclear physics by A. Gal et al. [2016/05]

• Aspects: AXIAL CHARGE:
  • Hadron Physics and Lattice QCD by Constantia Alexandrou [2012/06]
  • Hadron Structure from Lattice QCD by Jeremy Green [2014/09]

• Aspects: CHARM:
  • Recent progress on intrinsic charm [of the nucleon] by Timothy J. Hobbs [2016/09]

• Aspects: EMC EFFECT:
  • The EMC effect still puzzles after 30 years by Douglas Higinbotham et al. [2013/05]
  • Present Status of the EMC effect by Klaus Rith [2013/07]

• Aspects: FORM FACTORS: Gao 2003/01; Bali 2005/02;
  • Nucleon electromagnetic form factors by J. Arrington et al. [2006/11]
  • Hadron Structure from Lattice QCD by Jeremy Green [2014/09]
  • Recent progress on nucleon form factors by D. Djukanovic [2021/12]

• Aspects: HEAVY-QUARK CONTENT:
  • A review of the intrinsic heavy quark content of the nucleon by S. J. Brodsky et al. [2015/04]

• Aspects: ISOSPIN:
  • Ernest Henley's Isospin and the Ensuing Progress by Gerald A. Miller [2018/10]

• Aspects: MASS:
  • Nucleon Effective Masses in Neutron-Rich Matter by Bao-An Li et al. [2018/01] 109 pp.

• Aspects: POLARISABILITY:
  • Real and Virtual Compton Scattering: the nucleon polarisabilities by E. J. Downie and Helene Fonvieille [2011/02]
  • Nucleon Polarizabilities: from Compton Scattering to Hydrogen Atom by Franziska Hagelstein et al. [2015/12]

• Aspects: SHAPE: Bernstein 2003/01;

• Aspects: SPIN STRUCTURE: de Roeck and Gehrmann 97/11; Petrov 98/12; Vetterli 98/12; Filippone and Ji 2001/01; Anselmino and van der Steenhoven 2003/09;
  • Nucleon spin structure and QCD spin physics by Jacques Soffer [2007/09]
  • Exploring the transverse spin structure of the nucleon by Umberto D'Alesio [2008/05]
  • Hadron Physics and Lattice QCD by Constantia Alexandrou [2012/06]
  • The Spin Structure of the Nucleon by Christine A. Aidala et al. [2012/09]
  • Transverse Spin Structure of the Nucleon by Matthias Grosse Perdekamp and Feng Yuan [Ann. Rev. Part. Nuc. Sci. 65, 429 (2015)]
  • The Spin Structure of the Nucleon by Alexandre Deur et al. [2018/07] 210 pp.
  • Spin Orbit Correlations and the Structure of the Nucleon by Harut Avakian et al. [2019/09]

• Aspects: STRANGENESS:
  • Flavor Decomposition of the Nucleon by Wally Melnitchouk [1999/06]
  • Nucleon Structure and Parity-Violating Electron Scattering by D. H. Beck and B. R. Holstein [Int'l J. Mod. Phys. E 10, 1 (2001)]
  • Strangeness in the nucleon by W. M. Alberico et al. [Physics Reports 358, 227 (2002)]
  • Overview of Strangeness Nuclear Physics by Avraham Gal [2008/12]
  • Strangeness nuclear physics - 2010 by Avraham Gal [2010/02]
  • Strangeness in the nucleon: what have we learned? by Anthony W. Thomas et al. [2011/09]
  • A review of the intrinsic heavy quark content of the nucleon by S. J. Brodsky et al. [2015/04]

• Aspects: STRUCTURE: Bali 2005/02;

• Aspects: STRUCTURE: PARTONS:
  • Three dimensional imaging of the nucleon --- TMD (theory and phenomenology) by Zuo-Tang Liang [2014/10]
  • PDFs from nucleons to nuclei by Alberto Accardi [2015/05]
  • The Partonic Content of Nucleons and Nuclei by Juan Rojo [2019/10]

• Aspects: STRUCTURE: Re: STRANGE QUARKS: Alberico et al. 2001/02; Beck and Holstein 2001/02;

• Aspects: STRUCTURE: ELECTROMAGNETIC PROBES: Burkert 99/10;

• Processes: DEEP INELASTIC SCATTERING: Vetterli 98/12;

• Processes: KAON SCATTERING: Mei&sz;ner 2000/01;

• Processes: LEPTON SCATTERING:
  • Charge and spin asymmetries in elastic lepton-nucleon scattering by Oleksandr Koshchii and Andrei Afanasev [2018/07]

• Processes: PION SCATTERING: Meißner 97/11; de Swart et al. 98/02; Mei&sz;ner 2000/01;

• Re: CP VIOLATION:
  • Enhancements and Suppressions of CP-Violating Effect in the Nucleons, Nuclei, and Atoms by Nodoka Yamanaka [2018/09]

• Re: CHIRAL PERTURBATION THEORY: Meißner 97/11; Mei&sz;ner 2000/07;

• Re: DYSON-SCHWINGER EQUATIONS:
  • Contemporary applications of Dyson-Schwinger equations by M. B. Hecht et al. [2000/07]

• Re: EFFECTIVE FIELD THEORY: Holstein 2000/10;

• Re: FEW BODY PROBLEM:
  • The Few-Body Coulombian Problem by E. O. Alt [Few Body Syst. Suppl. 10, 65 (1999)]
  • Few nucleon dynamics in a nuclear medium by Michael Beyer [Few Body Syst. Suppl. 10, 179 (1999)]
  • Recent results in chiral nuclear dynamics by U. G. Meißner et al. [2003/01]
  • Chiral EFT based nuclear forces: Achievements and challenges by Ruprecht Machleidt and F. Sammarruca [Physica Scripta 91, 083007 (2016)]

• Re: FLAVOUR: Melnitchouk 99/09;

• Re: KAONS:
  • Deeply bound meson-nuclear states: concepts and strategies by Wolfram Weise [2005/02]
  • Strangeness nuclear physics - 2010 by Avraham Gal [2010/02]
  • Recent developments in antikaon-nucleon dynamics by Tetsuo Hyodo [2012/10]
  • Topics in Low-Energy QCD with Strange Quarks by Wolfram Weise [2014/12]
  • Theory of kaon--nuclear systems by T. Hyodo and W. Weise [2022/02]

• Re: MESONS:
  • Progress in Meson-Nucleon Physics: Status and Perspectives by Ulf-G. Meißner [PiN Newsletter 16, 1 (2002)]
  • Meson-Nucleon Physics: Past, Present and Future by B. M. K. Nefkens [PiN Newsletter 16, 289 (2002)]
  • Deeply bound meson-nuclear states: concepts and strategies by Wolfram Weise [2005/02]
  • MESON2016 -- Concluding Remarks by Avraham Gal [2016/09]

• Re: PIONS: Meißner 97/11; de Swart et al. 98/02;
  • Deeply bound meson-nuclear states: concepts and strategies by Wolfram Weise [2005/02]

• Re: THREE BODY PROBLEM:
  • Twenty-Five Years of Progress in the Three-Nucleon Problem by Jim Friar [1999/11]

THE NET ADVANCE OF PHYSICS