The Net Advance of Physics: CRITICAL PHENOMENA

CRITICAL PHENOMENA:

• General: Bhattacharjee 2000/11;
  • Critical phenomena: 150 years since Cagniard de la Tour by Bertrand Berche et al. [2009/05]

    • Type: QUANTUM: Coleman and Schofield 2005/03;
      • Quantum Criticality by Subir Sachdev and Bernhard Keimer [Physics Today 64, No. 2, 29 (2011)]

    • Type: QUANTUM: Re: HEAVY FERMION METALS:
      • Quantum Criticality in Heavy Fermion Metals by Philipp Gegenwart et al. [2007/12]
      • Heavy Fermions and Quantum Phase Transitions by Qimiao Si and Frank Steglich [Science 329, 1161 (2010)]

    • Type: TWO DIMENSIONAL: Christe and Henkel, 93/04
      • Conformal Field Theory and Statistical Mechanics by John Cardy [Les Houches 2008/07]

    • Re: BIOLOGY:
      • Criticality in Cell Differentiation by Indrani Bose and Mainak Pal [2016/12]

    • Re: BLACK HOLES: Gundlach 97/12; Gundlach 2000/01; Wang 2001/04; Gundlach 2002/10;
      • Critical phenomena in gravitational collapse by Carsten Gundlach and Jose M. Martin-Garcia [2007/11]
      • A Black-Hole Primer: Particles, Waves, Critical Phenomena and Superradiant Instabilities by Emanuele Berti [2014/09]

    • Re: CONFORMAL INVARIANCE: Christe and Henkel 93/04;
      • Conformal Field Theory and Statistical Mechanics by John Cardy [Les Houches 2008/07]

    • Re: FIELD THEORY:
      • Field Theory, Critical Phenomena and Interfaces by Gernot Münster et al. [1996/10]
    • Re: FIELD THEORY: FINITE TEMPERATURE: Lombardo 2001/03;
    • Re: GRAVITATION: GRAVITATIONAL COLLAPSE: Brady and Cai 98/12;
    • Re: MAGNETS: Frey and Schwabl 95/09;
      • Frustration and quantum criticality by Matthias Vojta [Reports on Progress in Physics 81, 064501 (2018)]

    • Re: NOISE: CRACKLING::
      • Crackling Noise and Avalanches: Scaling, Critical Phenomena, and the Renormalization Group by James P. Sethna [2006/12]

    • Re: NETWORKS: COMPLEX:
      • Critical phenomena in complex networks by S. N. Dorogovtsev et al. [2007/04]

    • Re: NON-EQUILIBRIUM SYSTEMS: Hinrichsen 2000/01;
    • Re: QUANTUM CHROMODYNAMICS: Rajagopal 95/04;

    • Re: RELAXATION PHENOMENA:
      • Relaxation phenomena at criticality by Andrea Gambassi [2007/07]

    • Re: RENORMALIZATION GROUP: Bhattacharjee 2000/11;
    • Re: SCHRAMM-LOEWNER THEORY: Gruzberg and Kadanoff 2003/09;
    • Re: SPIN SYSTEMS: Sachdev 95/08; Frey and Schwabl 95/09;

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    THE NET ADVANCE OF PHYSICS