The Net Advance of Physics:
PHASE TRANSITIONS

PHASE TRANSITIONS:

• General: Introductory: Sethna 92;
• General: Ivanov's Physics Encyclopedia @ Net Advance of Physics;
  • Field Theory, Critical Phenomena and Interfaces by Gernot Münster et al. [1996/10]
  • More is the Same: Phase Transitions and Mean Field Theories by Leo P. Kadanoff [2009/06]
  • Thermodynamical Phase transitions, the mean-field theories, and the renormalization (semi)group: A pedagogical introduction by Navinder Singh [2014/02]

• Types: CHIRAL; COARSENING; DECONFINEMENT; FIRST ORDER; METAL-INSULATOR; NUCLEATION; SUPERCONDUCTOR-INSULATOR;

• Type: DYNAMICAL:
  • Dynamical Phase Transitions in Topological Insulators by Nicholas Sedlmayr [2018/09]

• Type: ELECTROWEAK:
  • Gravitational waves from a first order electroweak phase transition: a review by David J. Weir [2017/05]

• Type: FIRST ORDER: Lebowitz 2000/10;

• Type: INFINITE ORDER:
  • Berezinskii-Kosterlitz-Thouless Transition and the Haldane Conjecture by Wolfgang Biethenholz and Urs Gerber [Revista Cubana de Fisica 33, 156 (2016)]

• Type: NON-EQUILIBRIUM: Bagnoli 98/10; Racz 2002/10;
  • Phase Transitions and Scaling in Systems Far From Equilibrium by Uwe C. Täuber [Annual Review of Condensed Matter Physics 8, 14 (2017)]

• Type: QUANTUM: Belitz and Kirkpatrick 98/11; Vojta 2000/10; Melikidze (Net Advance Special Bibliography); Shopova and Uzunov 2003/03; Vojta 2003/09;
  • Computing quantum phase transitions by Thomas Vojta [2007/09]
  • Quantum Phase Transitions in quasi-one dimensional systems by Thierry Giamarchi [2010/07]
  • Introduction to the field theory of classical and quantum phase transitions by Flavio S. Nogueira [2010/09] 178pp.
  • Dynamical quantum phase transitions by A. A. Zvyagin [Fizika Nizkikh Temperatur 42, 971 (2016)] English version.
  • Dynamical quantum phase transitions: a review by Markus Heyl [2017/09]
  • Dynamical quantum phase transitions: a brief survey by Markus Heyl [2018/11]
  • Deconfined quantum critical points: A review by T. Senthil [2023/06]

• Type: QUANTUM: Re: ANTIFERROMAGNETS: Sachdev and Vojta 99/08;
  • Heavy Fermions and Quantum Phase Transitions by Qimiao Si and Frank Steglich [Science 329, 1161 (2010)]

• Type: QUANTUM: Re: DISORDERED SYSTEMS:
  • Phases and phase transitions in disordered quantum systems by Thomas Vojta [2012/10]

• Type: QUANTUM: Re: FERROMAGNETS:
  • Metallic Quantum Ferromagnets by Manuel Brando et al. [2015/02]

• Type: QUANTUM: Re: GEOMETRIC PHASE:
  • Geometric phases and quantum phase transitions by Shi-Liang Zhu [Int'l J. Mod. Phys. B 22, 561 (2008)]

• Type: QUANTUM: Re: HEAVY ION COLLISIONS:
  • The QCD Critical Point and Related Observables by Marlene Nahrgang [Nuclear Physics A 956, 83 (2016)]

• Type: QUANTUM: Re: ITINERANT ELECTRON SYSTEMS: Vojta 2000/10;

• Type: QUANTUM: Re: MONTE CARLO METHODS:
  • Computing quantum phase transitions by Thomas Vojta [2007/09]

• Type: QUANTUM: Re: NON-FERMI LIQUIDS: Vojta 2000/10;

• Type: QUANTUM: Re: QUANTUM DOTS:
  • Quantum Phase Transitions in Quantum Dots by I. G. Rau et al. [2013/09]

• Type: QUANTUM: Re: QUANTUM HALL EFFECT: Sachdev and Vojta 99/08;
• Type: QUANTUM: Re: SPIN LADDERS: Sachdev and Vojta 99/08;
• Type: QUANTUM: Re: SUPERFLUIDS: Schakel 99/07; Sachdev and Vojta 99/08;
• Type: QUANTUM: Re: TJ MODEL: Sachdev and Vojta 99/08;

• Type: QUANTUM: Re: TRANSVERSE FIELDS:
  • Transverse field spin models: From Statistical Physics to Quantum Information by Amit Dutta et al. [2010/12]

• Type: TOPOLOGICAL:
  • Colloquium: Topological Band Theory by Arun Bansil et al. [2016/03]

• Aspects: CRITICAL PHENOMENA; PHASE ORDERING DYNAMICS;

• Aspect: WIDOM-ROWLINSON MODELS:
  • Widom-Rowlinson model (continuum and lattice) by Ladislav Samaj [2007/09]
• Re: AMPHIPHILIC MEMBRANES: Peliti 95/01
• Re: CONFORMAL INVARIANCE: Christe and Henkel 93/04;

• Re: COSMOLOGY: Gleiser 98/03;
  • Cosmic phase transitions: their applications and experimental signatures by Anupam Mazumdar and Graham White [2018/11]

• Re: DRIVEN SYSTEMS: Mukamel 2000/03;

• Re: FIELD THEORY:
  • Field Theory, Critical Phenomena and Interfaces by Gernot Münster et al. [1996/10]
  • More is the Same: Phase Transitions and Mean Field Theories by Leo P. Kadanoff [2009/06]
  • Introduction to the field theory of classical and quantum phase transitions by Flavio S. Nogueira [2010/09] 178pp.
  • Thermodynamical Phase transitions, the mean-field theories, and the renormalization (semi)group: A pedagogical introduction by Navinder Singh [2014/02]

• Re: FIELD THEORY: FINITE TEMPERATURE:
  • Finite temperature field theory and phase transitions by Mariano Quiros [1999/01]
  • Quantum Field Theory at Finite Temperature: An Introduction by Jean Zinn-Justin [2000/05]

• Re: FLUCTUATIONS: Privman 93/12;

• Re: GLUEBALLS: Gupta 98/07;

• Re: GRAVITATIONAL RADIATION:
  • TASI lectures on phase transitions, baryogenesis, and gravitational waves by D. Croon [2023/07]
  • Gravitational waves from phase transitions by D. Croon and D. J. Weir [2024/10]

• Re: HEAT TRANSFER:
  • Artificial Intelligence for Liquid-Vapor Phase-Change Heat Transfer by Y. Suh et al. [2023/09]

• Re: LIQUID CRYSTALS:
  • Bifurcation Analysis of Liquid Crystal Phase Transitions by Bela M. Mulder [1991/09]

• Re: NANOMATERIALS:
  • Soft matter in hard confinement: phase transition thermodynamics, structure, texture, diffusion and flow in nanoporous media - topical review by Patrick Huber [Journal of Physics: Condensed Matter 27, 103102 (2015)]

• Re: NEUTRON STARS: Yasuhira 2000/10;

• Re: NUCLEAR MATTER: Richert and Wagner 2000/09;
  • Liquid-Gas Phase Transition in Nuclei by Bernard Borderie and J. D. Frankland [Progress in Particle and Nuclear Physics 105, 82 (2019)]

• Re: QUANTUM ROTOR: Sachdev 95/08;

• Re: RANDOM MATRICES: Cicuta 2000/12;

• Re: RENORMALIZATION: Froehlich et al. 95/08;

• Re: SPIN SYSTEMS: TWO DIMENSIONAL: Sachdev 95/08;

• Re: SUPERCONDUCTING FILMS: Schakel 98/11;

• Re: TOPOLOGICAL INSULATORS:
  • Dynamical Phase Transitions in Topological Insulators by Nicholas Sedlmayr [2018/09]

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