# Technical Documents

& Related Material

## Launch Documents

Stephen Wolfram, “

*A Class of Models with the Potential to Represent Fundamental Physics*”*(448 pages)*

Jonathan Gorard, “

*Some Relativistic and Gravitational Properties of the Wolfram Model*”*(59 pages)*

Jonathan Gorard, “

*Some Quantum Mechanical Properties of the Wolfram Model*”*(65 pages)*

## Bulletins & Recent Research

- Jonathan Gorard, “
*Hypergraph Discretization of the Cauchy Problem in General Relativity via Wolfram Model Evolution*” - Stephen Wolfram, “
*Combinators and the Story of Computation*” - Yorick Zeschke, “
*Growth Functions, Rates and Classes of String-Based Multiway Systems*” - Stephen Wolfram, “
*Multiway Turing Machines*” - Jonathan Gorard, “
*Algorithmic Causal Sets and the Wolfram Model*” - Stephen Wolfram, “
*Combinators: A Centennial View*” - Jonathan Gorard, “
*Algorithmic Causal Sets and the Wolfram Model*” - Max Piskunov, “
*Confluence and Causal Invariance*” - Max Piskunov, “
*Local Multiway Systems: A New Approach to Wolfram Model Evolution*” - Jonathan Gorard, Manojna Namuduri, and Xerxes D. Arsiwalla, “
*ZX-Calculus and Extended Hypergraph Rewriting Systems I: A Multiway Approach to Categorical Quantum Information Theory*” - Stephen Wolfram, “
*Faster than Light in Our Model of Physics: Some Preliminary Thoughts*” - Stephen Wolfram, “
*The Empirical Metamathematics of Euclid and Beyond*” - Jonathan Gorard, “
*A Short Note on the Double-Slit Experiment and Other Quantum Interference Effects in the Wolfram Model*” - Jonathan Gorard, “
*A Candidate Geometrical Formalism for the Foundations of Mathematics and Physics*” - Stephen Wolfram, “
*A Burst of Physics Progress at the 2020 Wolfram Summer School*” - Stephen Wolfram, “
*Exploring Rulial Space: The Case of Turing Machines*” - Stephen Wolfram, “
*Event Horizons, Singularities and Other Exotic Spacetime Phenomena*” - Stephen Wolfram, “
*The Wolfram Physics Project: The First Two Weeks*”

### Community Research Posts

- Daksh Aggarwal, “
*Multiway Systems as Cayley Graphs*,” Wolfram Winter School 2021 - Roberto Caiozzo, “
*Checking the Preservation of the Schwarzschild Metric in a Graph Evolutionâ€‹*,” Wolfram Winter School 2021 - Simone Caletti, “
*Towards a Spin-Statistics Theorem for Wolfram Model Multiway Systems*,” Wolfram Winter School 2021 - Gene Chen, “
*Causal Graph Geodesics to Continuous Geodesics*,” Wolfram Winter School 2021 - Jean du Plessis, “
*Geometric Constructions in Discrete Non-integer Dimensional Spaces*,” Wolfram Winter School 2021 - Paul Fischer, “
*Searching for Rules That Generate Elementary Particle Behavior in the Wolfram Model*,” Wolfram Winter School 2021 - Santiago Giner, “
*Analyzing Effects of Dimensional Perturbations in Wolfram Models*,” Wolfram Winter School 2021 - Tom Lee, “
*Relativistic Mass Transformations for Topological Obstructions in Hypergraphs/Causal Graphs*,” Wolfram Winter School 2021 - Henry Liu, “
*Application of Machine Learning in Complex System Simplification*,” Wolfram Winter School 2021 - Yousof Mardoukhi, “
*Alexander–Orbach Relation and Random Walks on Hypergraphs*,” Wolfram Winter School 2021 - Omar Medina, “
*Discretization of a Non-Abelian SU(2) Gauge Theory*,” Wolfram Winter School 2021 - Geeth Ongole, “
*Relationship between Causal Multiway Systems and Spin Foams in Loop*,” Wolfram Winter School 2021 - Keith Patarroyo, “
*Defect Movement in Lattice Rewriting Systems*,” Wolfram Winter School 2021 - Sourav Raha, “
*Hypergraphs as Chains of String Bits*,” Wolfram Winter School 2021 - Sam Whittington, “
*The Multiway Systems of Dynkin Diagrams*,” Wolfram Winter School 2021 - Chang Wu, “
*Exploring the Gauge Symmetries in Wolfram Model*,” Wolfram Winter School 2021 - Jack Xing, “
*Investigate Dimension Estimation Algorithm and Dimension Tensor in Wolfram Physics Model*,” Wolfram Winter School 2021 - Asir Abrar, “
*Interpreting the Distributions of Dimensions in the Wolfram Models*,” Wolfram Summer School 2020 - Andoni Royo Abrego, “
*Particles and Fields from Topological Defects in Spacetime Mesh*,” Wolfram Summer School 2020 - Carlos Rafael Garduno Acolt, “
*Hunting for Black Holes*,” Wolfram Summer School 2020 - Xerxes Arsiwalla, “
*Homotopic Foundations of Wolfram Models*,” Wolfram Summer School 2020 - Cameron Beetar, “
*A Path to Higher Order Corrections for Einstein's Equations*,” Wolfram Summer School 2020 - Joseph Blazer, “
*EPR Interactions in Generational Multiway Systems*,” Wolfram Summer School 2020 - Tobias Canavesi, “
*Local Dimension Measure and Rotation Groups in Wolfram Models*,” Wolfram Summer School 2020 - Joseph Crowley, “
*Multiway Circular-String Rewrite Systems*,” Wolfram Summer School 2020 - Darya Dyachkova, “
*Exploring the Dimensionality of Wolfram Models*,” Wolfram Summer School 2020 - Hatem Elshatlawy, “
*Investigating Quantum Interference Effects in Wolfram Models*,” Wolfram Summer School 2020 - Mohamed Gaber, “
*Studying State Transition Diagrams in Finite Wolfram Models*,” Wolfram Summer School 2020 - Chandra Gangavarapu, “
*Cyclic String Substitution and Multiway Systems*,” Wolfram Summer Camp 2020 - Xiyuan Gao, “
*Exploring CPT Invariance in Wolfram Models*,” Wolfram Summer School 2020 - Patrick Geraghty, “
*The Quantum Harmonic Oscillator in the Wolfram Physics Model*,” Wolfram Summer School 2020 - Simon I. Golombek, “
*Random Walks in Branchial Turing Machine Space & Quest for Simplest Universal NDTM*,” Wolfram Summer School 2020 - Antony Halim, “
*Finding Conservation Laws in (Hyper)graph Rewritings*,” Wolfram Summer School 2020 - Antonia Kaestner, “
*Graph Representation of Biological Evolution*,” Wolfram Summer School 2020 - Matthew Kafker, “
*Exploring Networks in Hard Sphere Models*,” Wolfram Summer School 2020 - Jatin Kansal, “
*Classify Growth Rates for Wolfram Models*,” Wolfram Summer School 2020 - Jon Lederman, “
*Weyl’s Law and the Wolfram Model of Physics*,” Wolfram Summer School 2020 - Macy Maurer Levin, “
*Visualisations of a Multiway Graph*,” Wolfram Summer Camp 2020 - Chenshuo Ma, “
*Terminations and Completions in String Multiway Systems*,” Wolfram Summer School 2020 - Yanal Marji, “
*Wolfram Models as Discretization Methods for Numerical PDE Solver*,” Wolfram Summer School 2020 - Ivan Martinez, “
*Quantum Effects in Fluid Flow Cellular Automata*,” Wolfram Summer School 2020 - Quinn McIntyre, “
*Explorations of the Hypergraph wm44586*,” Wolfram Summer Camp 2020 - Maurizio Moreschi, “
*Evolution of (Hyper)Graph Invariants under (Hyper)Graph Rewritings*,” Wolfram Summer School 2020 - Taufiq Murtadho, “
*Quantum Teleportation in String Substitution System*,” Wolfram Summer School 2020 - Manojna Namuduri, “
*Comparing Expansion in Physical and Branchial Space*,” Wolfram Summer School 2020 - Luke Neville, “
*Exploring Statistical Mechanics in String Substitution Systems*,” Wolfram Summer School 2020 - Christian Pratt, “
*Particle-Like Excitation's Causal Influence in Wolfram Models*,” Wolfram Summer School 2020 - Yoav Rabinovich, “
*Shor’s Algorithm in Multiway Systems*,” Wolfram Summer School 2020 - Marc Sperzel, “
*An Exploration of the AdS/CFT Correspondence within Wolfram Models*,” Wolfram Summer School 2020 - Graham Van Goffrier, “
*Full Discretization of Local Gauge Invariance*,” Wolfram Summer School 2020 - Sam Wilson, “
*Multiple Transformation Rules That Give Slow Growth*,” Wolfram Summer School 2020 - William Yam, “
*Finding Gravitational Waves in Wolfram Models*,” Wolfram Summer School 2020 - Jin Yan, “
*Wolfram Models: State Transition Networks of Non-growing Hypergraph Evolutions*,” Wolfram Summer School 2020 - Yorick Zeschke, “
*Looking for Multiway Systems of Intermediate Growth*,” Wolfram Summer Camp 2020

### Notable Expositions & Commentary

- Rudy Rucker, “
*The Wolfram Physics Project*” - Alex Lamb, “
*Should You Take Wolfram's Physics Seriously?*” - Date un Vlog, “
*WOLFRAM: ‘Una Nueva Teoría Fundamental de la Física... y es Bella’ | REACCIÓN*” - Tom Siegfried, “
*Stephen Wolfram’s Hypergraph Project Aims for a Fundamental Theory of Physics*” - Jose Manuel Rodriguez Caballero, “
*Brainstorming about the Geometric Structures in the Wolfram Model of Fundamental Physics*” - Nicholas Teague, “
*A New Kind of Physics: The Unifying Theory of the Wolfram Model*”

## Earlier Material

- Stephen Wolfram, “
*Network Substitution Systems*” - Stephen Wolfram, “
*String Substitution Systems*” - Stephen Wolfram, “
*A New Kind of Science: A 15-Year View*” - Stephen Wolfram, “
*What Is Spacetime, Really?*” - Oyvind Tafjord, “
*NKS and the Nature of Space and Time*” - Isabella Retter [Thiesen], “
*Networks as Manifolds*” - Max Piskunov, “
*Confluent Set Substitution Systems*,” Wolfram Summer School 2019 - Max Piskunov, “
*Deterministic Planar Network Systems*” - Max Piskunov, “
*Planar Network Systems*”