The Net Advance of Physics

The Net Advance of Physics:
COMPLEXITY

General: Introductory: McCauley 2000/01;
- The Science of Murray Gell-Mann by Sanjay Jain and Spenta R. Wadia [2019/09]
- Understanding complexity via network theory: A gentle introduction by V. Vasiliauskaite and F. E. Rosas [2020/04]
General: Textbooks:
- Complex and Adaptive Dynamical Systems: A Primer by Claudius Gros [Springer, 2008]
General:
- Complexity: The bigger picture by Tamás Vicsek [Nature 418, 131 (2002)]
- Concept and Definition of Complexity by Russell K. Standish [2008/05]
- Physics and Complexity by David Sherrington [2009/03]
- Active Matter by Gautam I. Menon [2010/03]
- Complexity by Carlos Gershenson [2010/03]
- The Mechanics and Statistics of Active Matter by Sriram Ramaswamy [2010/04]
- Complex Systems: A Survey by M. E. J. Newman [Am. J. Phys. 79, 800 (2011)]
- Facing Complexity: Prediction vs. Adaptation by Carlos Gershenson [2011/12]
- Major open problems in chaos theory and nonlinear dynamics by Y. Charles Li [2013/05]
- The Past, Present and Future of Cybernetics and Systems Research by Carlos Gershenson et al. [2013/08]
- Around the boundary of complex dynamics by Roland K. W. Roeder [2015/06] "Intended for an advanced undergraduate student who is majoring in mathematics."
- Méthodes Matricielles: Introduction à la Complexité Algébrique by Jounaïdi Abdeljaoued and Henri Lombardi [2016/04] 376 pp.
- Introduction to complex dynamics in one dimension by John Erik Fornæss [2016/05]
- A mathematical history of taffy pullers by Jean-Luc Thiffeault [2016/08] "Devices for pulling candy are related to pseudo-Anosov mapping classes."
- A Visual Introduction to Nonlinear Systems: Chaos, Fractals, and the Limits of Prediction by Geoff Boeing [2016/08]
- Interactions of Computational Complexity Theory and Mathematics by Avi Wigderson [2017/10]
- Spatially-extended hybrid methods: a review by Cameron A. Smith and Christian A. Yates [2017/12]
- Qualitative analysis of differential equations by Alexander V. Panfilov [2018/03] 113 pp.
- Self-Organization and Artificial Life: A Review by Carlos Gershenson et al. [2018/04]
- Understanding Complex Systems: From Networks to Optimal Higher-Order Models by Renaud Lambiotte et al. [2018/06]
- An Introduction to Complex Systems Science and its Applications by A. F. Siegenfeld and Y. Bar-Yam [2019/12]
- Lecture notes on descriptional complexity and randomness by P. Gacs [2021/05]
General: COMPUTATIONAL/NUMERICAL METHODS:
- Differentiable Programming and Its Applications to Dynamical Systems by A. Hernández and J. M. Amigó [2019/12]
General: CRITIQUES: WIGNER'S: Freire 2006/02;
TYPES: ECONOMIC; SOCIAL;
Type: COMBINATORIAL:
- Combinatorial Game Complexity: An Introduction with Poset Games by Stephen A. Fenner and John Rogers [2015/05]
- Complexity problems in enumerative combinatorics by Igor Pak [2018/03]
- Interactions of Computational Complexity Theory and Mathematics by Avi Wigderson [2017/10]
- Tverberg's Theorem is 50 years old: a survey by Imre Bárány and Pablo Soberón [2017/12]
Type: GEOMETRIC:
- Geometric Complexity Theory: an introduction for geometers by J. M. Landsberg [2013/05]
- Interactions of Computational Complexity Theory and Mathematics by Avi Wigderson [2017/10]
Type: KOLMOGOROV: Vitanyi 2003/03;
- Algorithmic statistics: forty years later by Nikolai Vereshchagin and Alexander Shen [2016/07]
Type: QUANTUM: Cleve 99/06;
- Quantum Computational Complexity by John Watrous [2008/04]
- Statistical mechanics of classical and quantum computational complexity by Christopher R. Laumann et al. [Les Houches 2009/05]
- Quantum Feedback Networks and Control: A Brief Survey by Guofeng Zhang and Matthew R. James [2012/01]
- Loschmidt Echo by Arseni Goussev et al. [2012/06]
- The Complexity of Quantum States and Transformations: From Quantum Money to Black Holes by Scott Aaronson [2016/02] 111 pp.
Aspects: POWER LAWS; RESONANCE;
Aspects: ARTIFICIAL LIFE:
- Self-Organization and Artificial Life: A Review by Carlos Gershenson et al. [2018/04]
- Artificial life: Sustainable self-replicating systems by C. Gershenson and J. Cejkova [2021/05]
Aspects: BLENDERS:
- What is ... a blender [in dynamical systems theory] ? by Christian Bonatti et al. [2016/08]
Aspects: BOUNDS:
- On the works of Avi Wigderson by B. Barak et al. [2023/07]
Aspects: COARSENING:
- Coarsening phenomena by Leticia F. Cugliandolo [2014/12]
- Coarsening in granular systems by Andrea Baldassarri et al. [2015/02]
- Coarsening in inhomogeneous systems by Federico Corberi [2015/04]
Aspects: COMMUNITIES:
- Community detection in graphs by Santo Fortunato [2009/06]
- Twenty years of network community detection by S. Fortunato and M. E. J. Newman [2022/08]
Aspects: CONSENSUS:
- The Emergence of Consensus by Andrea Baronchelli [2017/04]
Aspects: CRITICAL TRANSITIONS:
- Early warning signals for critical transitions in complex systems by S. V. George et al. [2021/07]
Aspects: EPIDEMICS:: Bagnoli 98/10;
- Invited review: Epidemics on social networks by Marcelo N. Kuperman [Papers in Physics 5, 050003 (2010)]
- Statistical physics of vaccination by Zhen Wang et al. [Physics Reports 664, 1 (2016)]
- A Review of Self-Exciting Spatio-Temporal Point Processes [in Statistics] and Their Applications by Alex Reinhart [2017/08]
- Basic stochastic transmission models and their inference by Tom Britton [2018/01]
- Self-Exciting Point Processes: Infections and Implementations by Sebastian Meyer [Statistical Science 33, 327 (2018)]
- Toward Epidemic Thresholds on Temporal Networks: A Review and Open Questions by Jack Leitch et al. [2019/10]
Aspects: FLICKER-NOISE SPECTRUM:
- Review of Flicker Noise Spectroscopy in Electrochemistry by S. F. Timashev and Yu. S. Polyakov [Fluct. & Noise Letters 7, R15 (2007)]
Aspects: MOMENT EVOLUTION:
- Moment Closure -- A Brief Review by Christian Kuehn [2015/05]
Aspects: MOTIF DISCOVERY:
- Motif discovery algorithms in static and temporal networks: A survey by A. Jazayeri and C. C. Yang [2020/05]
Aspects: PATTERN FORMATION:
- Coarsening phenomena by Leticia F. Cugliandolo [2014/12]
Aspects: PERSISTENCE:
- Persistence in complex systems by S. Salcedo-Sanz et al. [2022/05]
Aspects: REACTION-DIFFUSION EQUATIONS:
- Spatially-extended hybrid methods: a review by Cameron A. Smith and Christian A. Yates [2017/12]
- Self-organisation of protein patterns by E. Frey and F. Brauns [2020/12]
Aspects: RECURRENCE PLOTS:
- A historical review of recurrence plots by Norbert Marwan [European Physical Journal Special Topics 164, 3 (2017)]
Aspects: SWARMS:
- Swarm Intelligence: Past, Present and Future by Xin-She Yang et al. [2018/04]
- Social Algorithms by Xin-She Yang [2018/05]
Aspects: STRETCHED EXPONENTIALS:
- Stretched Exponential Relaxation by Daniel C. Elton [2018/08]
Aspects: SYNCHRONISATION:
- The Kuramoto model in complex networks by Francisco A. Rodrigues et al. [2015/11] 181 pp.
Aspects: TEICHMÜLLER THEORY:
- Introduction to Teichmüller theory and its applications to dynamics of interval exchange transformations, flows on surfaces and billiards by Giovanni Forni and Carlos Matheus [2013/11] 157 pp.
Re: ASTROPHYSICS:
- Chaos and complexity in astrophysics by Oded Regev [Springer Ecyclopedia of Complexity and System Science]
Re: BIOLOGY: Parisi 94/12;
- Criticality and dynamical scaling in living systems by Miguel A. Muñoz [2017/12]
- Algorithmic Complexity in Computational Biology by Davide Cirillo and Alfonso Valencia [2018/11]
Re: BLACK HOLES:
- PiTP Lectures Complexity and Black Holes by Leonard Susskind [2018/08]
- Three Lectures on Complexity and Black Holes by Leonard Susskind [2018/10]
Re: CHAOS: Vitanyi 2003/03;
Re: CHEMOTAXIS:
- Mathematical models for chemotaxis and their applications in self-organisation phenomena by Kevin J. Painter [2018/06]
Re: COMBINATORICS:
- Combinatorial Game Complexity: An Introduction with Poset Games by Stephen A. Fenner and John Rogers [2015/05]
- Interactions of Computational Complexity Theory and Mathematics by Avi Wigderson [2017/10]
- Complexity problems in enumerative combinatorics by Igor Pak [2018/03]
Re: COMPUTATION: Mertens 2000/12;
Re: EARTHQUAKES:
- Complex earthquake network by Sumiyoshi Abe and Norikazu Suzuki [2007/08]
Re: ECONOMICS:
- Complexity Theory, Game Theory, and Economics by Tim Roughgarden [2017/02]
Re: ELECTROCHEMISTRY:
- Review of Flicker Noise Spectroscopy in Electrochemistry by S. F. Timashev and Yu. S. Polyakov [Fluct. & Noise Letters 7, R15 (2007)]
Re: FIELD THEORY:
- Field-theoretic methods by Uwe C. Tauber [Encyc. Complexity & Syst. Sci., (2008)]
Re: GAME THEORY:
- Complexity Theory, Game Theory, and Economics by Tim Roughgarden [2017/02]
Re: GROUP THEORY:
- Interactions of Computational Complexity Theory and Mathematics by Avi Wigderson [2017/10]
Re: HYDRODYNAMICS:
- The long hot summer of the tokamak by Alexander Kendl [2011/10] An essay on the theme of instability in quasi-2D flow as an issue both in meteorology and in the design of fusion reactors.
Re: MONTE CARLO:
- Interactions of Computational Complexity Theory and Mathematics by Avi Wigderson [2017/10]
Re: MATRIX THEORY:
- Méthodes Matricielles: Introduction à la Complexité Algébrique by Jounaïdi Abdeljaoued and Henri Lombardi [2016/04] 376 pp.
- Interactions of Computational Complexity Theory and Mathematics by Avi Wigderson [2017/10]
Re: NETWORKS: Newman 2003/03;
- Understanding Complex Systems: From Networks to Optimal Higher-Order Models by Renaud Lambiotte et al. [2018/06]
Re: NOISE:
- A primer on noise-induced transitions in applied dynamical systems by Eric Forgoston and Richard O. Moore [2017/12]
Re: NUMBER THEORY:
- Interactions of Computational Complexity Theory and Mathematics by Avi Wigderson [2017/10]
Re: OPERATOR THEORY:
- Interactions of Computational Complexity Theory and Mathematics by Avi Wigderson [2017/10]
Re: PLASMA:
- The long hot summer of the tokamak by Alexander Kendl [2011/10] An essay on the theme of instability in quasi-2D flow as an issue both in meteorology and in the design of fusion reactors.
Re: SPIN GLASSES:
- Physics and Complexity: a brief spin glass perspective by David Sherrington [2012/01]
and Complexity,
Neural Nets Course,

The Net Advance of Physics: COMPLEXITY

THE NET ADVANCE OF PHYSICS

The Net Advance of Physics:
COMPLEXITY