The Net Advance of Physics:
YANG-MILLS THEORIES:

YANG-MILLS THEORIES:

• General:
  • Quantum Field Theory and Differential Geometry by W. F. Chen [2008/03]
  • Undergraduate Lecture Notes in Topological Quantum Field Theory by Vladimir G. Ivancevic and Tijana T. Ivancevic [2008/10]
  • A pedagogical introduction to the Slavnov formulation of quantum Yang-Mills theory by Hossein Ghorbani and Giampiero Esposito [2010/09]
  • Resource Letter: Quantum Chromodynamics by Andreas S. Kronfeld and Chris Quigg [Am. J. Phys. 78, 1081 (2010)]
  • Scattering Amplitudes by Henriette Elvang and Yu-tin Huang [2013/08] 268 pp.
  • Classical integrable systems and gauge theory by Masashi Hamanaka [Suurikagaku 653, 49 (2017)] In Japanese.

• Type: GENERALIZED: Chaves 2001/02;
• Type: N=2: West 98/05;
• Type: N=2: Re: BRANES: Lambert and West 98/11;
• Type: N=2 SUPER: Buchbinder 98/02; Buchbinder and Ovrut 98/02;
• Type: N=2 SUPER: Re: BACKGROUND FIELD METHOD: Buchbinder and Ovrut 98/02;
• Type: SUPERSYMMETRIC: D'Hoker and Phong 99/12;
• Type: SUPERSYMMETRIC: LATTICE: Montvay 98/01;
• Type: SUPERSYMMETRIC: Re: CALOGERO-MOSER SYSTEMS: D'Hoker and Phong 99/12;
• Type: SUPERSYMMETRIC: Re: SEIBERG-WITTEN SYSTEMS: D'Hoker and Phong 99/12;
• Type: SUPERSYMMETRIC N=2: Buchbinder 98/02; Buchbinder and Ovrut 98/02;
• Type: SUPERSYMMETRIC N=2: Re: BACKGROUND FIELD METHOD: Buchbinder and Ovrut 98/02;
• Type: TOPOLOGICAL: Labastida 2001/07;

• Aspect: SOLITONS: Konechny and Schwarz 2001/07;

• Re: BRANES: Taylor 98/01;

• Re: DARK ENERGY:
  • Quantum Yang-Mills Dark Energy by Roman Pasechnik [2016/05]

• Re: TORUS: FOUR DIMENSIONAL: Gonzalez-Arroyo 98/07;

THE NET ADVANCE OF PHYSICS