The Net Advance of Physics

The Net Advance of Physics:
GRAPH THEORY

GRAPH THEORY:
see also NETWORKS

General: Definitions: Weisstein 97/12;
General: HOMEPAGES:
- Graph Theory by Stephen C. Locke [Florida Atlantic University]
General: Jain and Krishna 2002/10;
- Complex and Adaptive Dynamical Systems: A Primer by Claudius Gros [Springer, 2008]
- Graph and Network Theory in Physics. A Short Introduction by Ernesto Estrada [2013/02]
- Polyhedra, Complexes, Nets and Symmetry by Egon Schulte [2014/03]
- A Survey on Small-Area Planar Graph Drawing by Giuseppe Di Battista and Fabrizio Frati [2014/10]
- Extra Pearls in Graph Theory by Anton Petrunin [2018/12] The title refers to the famous textbook by Hartsfield and Ringel.
- An introduction to graph theory by D. Grinberg [2023/08] Postgraduate text-book, 422 pp.
Types of Graphs: SPIN NETWORKS;
Type: BIPARTITE:
- Bipartita: Physics, Geometry & Number Theory by Yang-Hui He [2012/10]
- From Ecology to Finance (and Back?): Recent Advancements in the Analysis of Bipartite Networks by Mika J. Straka et al. [2017/10]
Type: DIRECTED:
- Compositions of Digraphs: A Survey by Y.-F. Sun [2021/03]
Type: HYPERGRAPHS:
- Recent Advances on Intersection Graphs of Hypergraphs: A Survey by Ranjan N. Naik [2018/09]
Type: QUANTUM:
- Quantum Graphs via Exercises by Ram Band and Sven Gnutzmann [2017/11]
- From quantum graph computing to quantum graph learning: A survey by Y.-H. Tang et al. [2022/02]
Type: RAMSEY:
- Recent developments in graph Ramsey theory by David Conlon et al. [2015/01]
Type: SIMPLICIAL COMPLEXES:
- The amazing world of simplicial complexes by Oliver Knill [2018/04]
Type: SPECTRAL:
- Lecture Notes on Spectral Graph Methods by Michael W. Mahoney [2015]
- A Brief Introduction to Spectral Graph Theory by Bogdan Nica [2016/09]
Type: TANGLES:
- Tangles in the Social Sciences by Reinhard Diestel [2019/07]
Type: TEMPORAL:
- An Introduction to Temporal Graphs: An Algorithmic Perspective by Othon Michail [2015/03]
Type: WORD REPRESENTABLE:
- A Comprehensive Introduction to the Theory of Word-Representable Graphs by Sergey Kitaev [2017/05]
Aspects: CLIQUES:
- The Erdös-Hajnal Conjecture: A Survey by Maria Chudnovsky [Journal of Graph Theory 75, 178 (2014)]
Aspects: COLOURINGS:
- Total Colourings: A Survey by Geetha Jayabalan et al. [2018/12]
Aspects: COMMUNITIES:
- Community Structure in Graphs by Santo Fortunato and Claudio Castellano [2007/12]
Aspects: ENTROPY:
- A survey of recent results in (generalized) graph entropies by Xueliang Li and Meiqin Wei [2015/05]
Aspects: GRAPHONS:
- What is a graphon? by Daniel Glasscock [Notices of the American Mathematical Society 62, 46 (2015)]
Aspects: INTERSECTION GRAPHS:
- Recent Advances on Intersection Graphs of Hypergraphs: A Survey by Ranjan N. Naik [2018/09]
Aspects: METRIC DIMENSION:
- Metric Dimension by Richard C. Tillquist et al. [2019/10]
Aspects: POLYNOMIALS:
- The Interlace Polynomial [of a graph] by Ada Morse [2016/01]
Aspects: SPANNERS:
- Graph Spanners: A Tutorial Revies by Reyan Ahmed et al. [2019/09]
Aspects: STEINER DISTANCE:
- Steiner Distance in Graphs -- A Survey by Yaping Mao [2017/08]
Re: DEEP LEARNING:
- Deep Learning on Graphs: A Survey by Ziwei Zhang et al. [2018/12]
Re: DISTANCE GEOMETRY:
- Distance Geometry and Data Science by Leo Liberti [2019/09]
Re: GAMES:
- Evolutionary Games on Graphs by Gyorgy Szabo and Gabor Fath [2006/07]
Re: LIE GROUPS: Halpern et al. 95/01;
Re: PACKINGS:
- Patterns formed by coins by A. M. Mishchenko [2013/04]
Re: PARTIAL DIFFERENTIAL EQUATIONS:
- PDE Approaches to Graph Analysis by Justin Solomon [2015/05]
Re: SPIN GLASSES: Petritis 94/11;
Re: VIRTUAL CURRENCY:
- Blockchain: A Graph Primer by Cuneyt Gurcan Akcora et al. [2017/08]

The Net Advance of Physics: GRAPH THEORY

THE NET ADVANCE OF PHYSICS

The Net Advance of Physics:
GRAPH THEORY