The Net Advance of Physics:
STANDARD MODEL (Particle Physics)

STANDARD MODEL (Particle Physics):

• General: Introductory: Roy 99/12;
  • The Heart of Matter by Rohini M. Godbole [2010/06]

• General: Rosner 94/11; Aurenche 97/12; 't Hooft 98/08; Altarelli 98/09; Hewett 98/10; Nir 98/10; Ellis 98/12; Herrero 98/12; Gaillard et al. 98/12; Fayet 98/12; Novikov 98/12; Peccei 99/12; Kunszt 2000/04; Spiesberger et al. 2000/11; Rosner 2001/08; Altarelli 2003/06; Langacker 2005/03; Altarelli 2005/10; Buchmüller and Lüdeling 2006/09; Lykken 2006/09;
  • Introduction to the Standard Model and Electroweak Physics by Paul Langacker [2009/01]
  • An approach to the formalism of the Standard Model of Particle Physics by O. E. Casas et al. [2010/04]
  • Quantum field theory and the Standard Model by W. Hollik [2010/06]
  • Flavour Physics and CP Violation by Antonio Pich [2011/04]
  • The Five Instructions by Pierre Ramond [2012/01] "Five elementary lectures delivered at TASI 2011 on the Standard Model, its extensions to neutrino masses, flavor symmetries, and Grand-Unification."
  • The Standard Model of Particle Physics by Tom W. B. Kibble [2013/09]
  • Insights and puzzles in particle physics by Heinrich Leutwyler [2014/10]
  • Proceedings of the 2014 Asia-Europe-Pacific School of High-Energy Physics edited by Martijn Mulders and Rohini Godbole [2014/11]
  • TASI Lectures on Flavor Physics by Zoltan Ligeti [2015/02]
  • The Standard Model: How far can it go and how can we tell? by Jon Butterworth [2016/01]
  • Just a Taste: Lectures on Flavor Physics by Yuval Grossman and Philip Tanedo [2017/11] 138 pp.; problems and solutions.
  • Quantum Field Theory and the Electroweak Standard Model by Andrej B. Arbuzov [2018/01]
  • From quantum mechanics to the Standard Model by B. Gripaios [2020/05] Lectures for advanced undergraduates.
  • Collider physics at the precision frontier by G. Heinrich [2020/09] 198 pp.

• General: EXPERIMENTAL EVIDENCE: Pich 97/11; Ward 97/11; Kayser 97/12; Sachrajda 98/01; Govaerts 98/09; Nodulman 98/10; Hollik 98/11; Bigi 99/01; Spiesberger et al. 2000/11; Meißner 2001/08; Pich 2002/06; Pich 2002/10; Lykken 2006/07;
  • Standard Model tests with trapped radioactive atoms by J. A. Behr and G. Gwinner [2008/10]
  • Summary of the XXVIIth Rencontres de Blois: Particle Physics and Cosmology by Gavin P. Salam [2015/09]
  • The Standard Model and low-energy experiments: from lepton-flavour violation to dark photons by Giovanni Marco Pruna [2017/06]
  • TASI 2020 Lectures on Precision Tests of the Standard Model by A. Freitas [2020/12]

• General: HISTORY: 't Hooft 94/10;
• Aspects: BEYOND THE STANDARD MODEL; ELECTROWEAK SECTOR;
• Aspects: CORRECTIONS: Weiglein 97/11;
• Aspects: PARAMETERS: Kuze et al. 2000/07;
• Aspects: RENORMALIZATION: Kraus and Nibbelink 98/09;
• Re: SUPERSYMMETRY;
• Re: B MESONS: Kayser 97/12; Rosner 98/01;
• Re: BARYOGENESIS: Dine 92/06;
• Re: BOSONS: W BOSONS: Ward 97/11;
• Re: BOSONS: Z BOSONS: Ward 97/11;
• Re: CHIRAL PERTURBATION THEORY: Ecker 95/01; Pich 95/02; Bijnens 95/02;
• Re: CP VIOLATION AND CPT SYMMETRY: Rosner 94/11; Kayser 97/12; Peccei 98/07b; Nir 98/10; Wolfenstein 2000/11;

• Re: EFFECTIVE FIELD THEORY:
  • The Standard Model as an Effective Field Theory by Ilaria Brivio and Michael Trott [2017/06] 118 pp.

• Re: ELECTROWEAK PHASE TRANSITION: Dine 92/06; Arnold 92/12; Arnold 94/10;
• Re: ELECTROWEAK PHASE TRANSITION: Aspect: PERTURBATIVE APPROACH: Arnold 94/10;
• Re: FERMIONS: Process: MIXING: Nardi 93/07;

• Re: FEYNMAN DIAGRAMS:
  • A resource for signs and Feynman diagrams of the Standard Model by Jorge C. Romao and Joao P. Silva [2012/09]

• Re: HIGGS BOSONS: Djouadi 97/12; Spira and Zerwas 98/03; Haber 2002/12; Djouadi 2005/03a;
• Re: KAONS: Kayser 97/12;
• Re: LATTICE QCD: Kronfeld 95/04;
• Re: MUON CAPTURE: Govaerts 98/09;
• Re: NEUTRONS: DIPOLE MOMENT: Dar 2000/08;

• Re: NON-COMMUTATIVE GEOMETRY: Martinetti 2003/06;
  • The Structure of Spacetime and Noncommutative Geometry by Fedele Lizzi [2008/05]
• Re: PIONS:
  • Pion Interactions and the Standard Model at High Precision by Balasubramanian Ananthanarayan and Shayan Ghosh [2019/01]
  • Soft Pions and More by Stephen L. Adler [2018/06]

• Re: STRINGS: Muñoz 98/02;
• Re: SYMMETRIES: Peccei 98/07b; Govaerts 98/09; Peccei 2000/02;
• Re: TAU LEPTONS: Kuehn 98/12; Perl 98/12;
• Re: VACUUM: Process: DECAY: Arnold 92/12;

• Re: VORTICES: Achúcarro 2000/08;
  • Quantum vorticity in nature by Kerson Huang [Int. J. Mod. Phys. A30, 1530056 (2015)]

THE NET ADVANCE OF PHYSICS