The Net Advance of Physics:
SUPERSYMMETRIC STANDARD MODEL
SUPERSYMMETRIC STANDARD MODEL:
General:
Haber 95/10;
Weiglein 97/11;
Dienes and Kolda 97/12;
Dawson 97/12;
Mohapatra 98/01;
Sen 98/10;
Louis et al. 98/11;
Ellis 98/12;
Djouadi et al. 99/01;
Cahill 99/07;
Olive 99/11;
Peccei 99/12;
Haber 2001/03;
Fayet 2001/07:
Supersymmetry in Elementary Particle Physics
by Michael E. Peskin [2008/01]
TASI 2008 Lectures: Introduction to Supersymmetry and Supersymmetry Breaking
by Yuri Shirman [2009/07]
Phenomenological aspects of Supersymmetry: SUSY models and electroweak symmetry breaking
by Roman Nevzorov [2009/08]
History of Supersymmetric Extensions of the Standard Model
by M. C. Rodriguez [2009/12]
Introduction to MSSM
by Sudhir K. Vempati [2012/01]
Some theories beyond the Standard Model
by Alan S. Cornell [2015/06]
Supersymmetric Theory and Models
by Howard E. Haber and Laurel Stephenson Haskins [2017/12]
General: Experimental:
Altarelli et al. 97/12;
Paige 98/01;
de Boer 98/08;
Djouadi et al. 99/01;
Weiglein 2000/01;
Status of Constraints on Supersymmetry
by Ayres Freitas [2008/05]
Type: NEXT-TO-MINIMAL:
The Next-to-Minimal Supersymmetric Standard Model: an overview
by Ana M. Teixeira [2011/03]
Aspect: CORRECTIONS:
Weiglein 97/11;
Aspect: ELECTROWEAK SECTOR:
Cahill 99/07;
Aspect: ELECTROWEAK SECTOR: Experimental:
Altarelli et al. 97/12;
Aspects: HIGGS SECTOR:
Dawson 97/12;
Krawczyk 98/12;
Djouadi et al. 99/01;
Cahill 99/07;
Haber 2002/12;
Djouadi 2005/03b;
Re: BARYOGENESIS: ELECTROWEAK:
Cline 99/02;
Cline 2000/03;
Re: COSMOLOGY:
Enqvist and Mazumdar 2002/09;
Re: ELECTROWEAK PHASE TRANSITION:
Cline 2000/03;
THE NET ADVANCE OF PHYSICS