The Net Advance of Physics:
M THEORY
M THEORY:
General:
Johnson 97/12;
Taylor 98/01;
Sen 98/02;
Gibbons 98/03;
Ellis 98/04;
Duff 98/05;
Bilal 98/05;
Argurio (thesis) 98/07;
Obers and Pioline 98/09;
Nicolai and Helling 98/09;
Sezgin 98/09;
Sen 98/10;
Li 98/11;
Schwarz 98/12;
Haack et al. 99/04;
Antoniadis and Ovarlez 99/06;
Dine 2000/03;
Ohta 2002/05;
Polchinski 2002/09;
Cleaver 2003/03;
Status of Superstring and M-Theory
by John H. Schwarz [Erice 2008]
String Theory, Unification and Quantum Gravity
by Kellogg S. Stelle [2011/09]
A review of the 1/N expansion in random tensor models
by Razvan-Gheorghe Gurau [2012/09]
Review of M(atrix)-Theory, Type IIB Matrix Model and Matrix String Theory
by Badis Ydri [2017/08]
Type: ELEVEN DIMENSIONAL:
Bigatti and Susskind 97/12;
Type: M2-BRANE WORLDVOLUME:
M-Theory and Maximally Supersymmetric Gauge Theories
by Neil Lambert [2012/03]
Type: MULTIPLE:
Introductory Lectures on Multiple Membranes
by Neil B. Copland [2010/08]
Type: SUPERMATRIX:
de Wit 98/02;
Type: WEAKLY COUPLED:
Muñoz 98/02;
Aspect: DUALITIES:
Schwarz 98/12;
Aspect: SCALAR SECTOR: Re: LIE ALGEBRAS:
Fre' 98/02;
Re: BORN-INFELD:
Gibbons 2001/06;
Re: BRANES:
Argurio (thesis) 98/07;
Re: CONFORMAL INVARIANCE:
Schwarz 98/12;
Re: COSMIC STRINGS:
Cosmic Strings
by A. Achucarro and C. J. A. P. Martins [2008/01]
Re: COSMOLOGY:
Benakli 98/05;
Wands 2002/03;
Re: DARK MATTER:
Benakli 98/05;
Re:
FEYNMAN DIAGRAMS:
Matrix Theory and Feynman Diagrams
by Jan Plefka et al. [
Fortsch. Phys. 48
, 191 (2000)]
Re: GRAVITON SCATTERING:
Plefka et al. 99/03;
Re: INSTANTONS:
Lectures on non-perturbative [instanton] effects in large N gauge theories, matrix models and strings
by Marcos Marino [2012/06]
Re: LIE ALGEBRAS:
Fre' 98/02;
Re: NON-COMMUTATIVE GEOMETRY:
Castellani 2000/05;
Konechny and Schwarz 2001/07;
Re: QUANTUM GRAVITY:
Gibbons 98/03;
Re: S MATRIX:
Plefka et al. 99/03;
Re: SCALES:
Benakli 98/05;
Re: STRINGS:
Schwarz 98/12;
Ibanez 99/11;
Re: SUPERMEMBRANES:
de Wit 98/02;
Re: SUPERSYMMETRY:
Nicolai and Helling 98/09;
Re: U DUALITY:
Obers and Pioline 98/09;
THE NET ADVANCE OF PHYSICS