The Net Advance of Physics:
DUALITY (Field Theory)

DUALITY (Field Theory):

• General: Johnson 97/12; de Wit and Lewis 98/01; Sen 98/02; Bilal 98/05; Sen 98/10; Ibanez 99/01;
  • Dualities by Joseph Polchinski [2014/12]
  • Lectures on Dualities in 2+1 Dimensions by Carl Turner [2019/05] 136 pp.

• Types: MALDACENA;

• Type: ELECTROMAGNETIC: Intriligator and Seiberg 95/09; Duff 95/09; Gomez 95/10; Tsou 2000/06;
• Type: F DUALITY: Re: REFLEXIVE POLYHEDRA: Skarke 2000/02;

• Type: GAUGE-STRING:
  • Strings for Quantumchromodynamics by Volker Schomerus [2006/08]

• Type: QUARK-HADRON: Shuryak 98/08;
• Type: S-DUALITY: Ibanez 99/01; Haack et al. 99/04;

• Type: STRING: Schwarz 95/09;
  • An Introduction to Generalised Dualities and their Applications to Holography and Integrability by Daniel C. Thompson [2019/04]

• Type: T-DUALITY: Alvarez et al. 94/10; Ibanez 99/01; Haack et al. 99/04;
  • Lectures on Dualities in 2+1 Dimensions by Carl Turner [2019/05] 136 pp.

• Type: T-DUALITY: Re: SUPERSYMMETRY: Sfetsos 95/10;
• Type: U-DUALITY: Haack et al. 99/04;
• Re: CONDENSED MATTER PHYSICS: NET ADVANCE SPECIAL BIBLIOGRAPHY Melikidze;

• Re: HOLOGRAPHY:
  • An Introduction to Generalised Dualities and their Applications to Holography and Integrability by Daniel C. Thompson [2019/04]

• Re: INTEGRABLE SYSTEMS: Mironov 2000/11;
  • An Introduction to Generalised Dualities and their Applications to Holography and Integrability by Daniel C. Thompson [2019/04]

• Re: NON-COMMUTATIVE GEOMETRY: Lizzi and Szabo 99/04;
• Re: ORIENTIFOLDS: Dabholkar 98/04;
• Re: SEIBERG-WITTEN THEORY: Mironov 2000/11;
• Re: SUPERCONVERGENCE: Oehme 2001/01;
• Re: SUPERSYMMETRY: N=2: di Vecchia 98/03;
• Re: SUPERSYMMETRY: N=4: di Vecchia 98/03;

THE NET ADVANCE OF PHYSICS