A New Kind of Science: The NKS Forum

• Has there been any New Kind of Physics yet?
• Simple Program for velocity of light eliminates Expansion and Big Bang
• Accretion Disk Swirl
• Process Physics compared with Leibniz
• The object-oriented (OO) universe
• Dark energy may be the "smoking gun" that vindicates the NKS approach to physics
• On computational irreducibility and the predictability of complex physical systems
• A candidate simple program for generating fundamental physics
• Elementary Cellular Automata Logic help
• read Axon pClamp data in Mathematica
• Cloud Computing and NKS
• Can "hardware-implemented" CAs be useful?
• Bio-engineer @ summer school?
• Eruptions in driven flow of mixed molecular weights
• So shoot me: I'm an engineer
• It from bit in process physics
• Most successful application thus far?
• What makes a good theory of science
• Speech processing
• Sinc Function
• how does this work?
• Butterfly Effect answered in NKS?
• Proving NKS in science
• Elastic Deformation of complex shapes?
• Hexagon on Saturn
• Anisotropic turbulence in open von Karman swirling flow
• Mechanical Gravity Theory
• C++ Automata-based RNG
• combining island-style genetic algorithms with cultural evolutionary systems
• Easter Egg Problem
• Just how non-random are some RNGs?
• The read calculus
• Sequence Recognition
• 2D CA (non totalistic)
• idealized gas model
• NKS and the evolution of genomes?
• C.A. for image analysis
• Modeling the Debugging Process
• de Sitter spaces in NKS/Mathematica?
• Beating the Lotto
• CA vs. F = m a
• Network Substitution Model: Particle Mass
• Process physics
• Network Substitution Model: Particle Charge
• Where I can find information about LBM?
• How can NKS connect to thermodynamics?
• nks, quantum theory, and hidden variables
• Vesica Attractor
• El Naschie's spacetime
• scale symbology
• Solution to Poincare Conjecture
• Shell Morphology
• Simulink/Stateflow Type Programs with NKS
• Cellular Automaton and QED
• NKS and Special Relativity
• The Fano Plane, Numerology, Physics, and NKS
• Algebra and NKS
• NKS Implications for Practical Applications
• Amusing trees
• 1-d harmonic oscillator
• disorder + randomness = order
• Genetics Based Machine Learning and NKS
• Image Processing; Edge Detection; Rule 90
• NKS version of Maxwell field equations
• Combining AI, AL and the science of complexity
• Solving Integer sequences
• Information Retrieval
• Times Series from CAs - NKS page 432
• CA Terrains
• An update on Multiple Natures
• Isolines
• CA Hardware implementation
• Computer Simulations and Spacetime
• classical equations of motion
• Radiology Research and NKS
• Network Evolution Rules
• Non-deterministic state machines: Do they "make sense"?
• modelling bicycle racing with cellular automata
• Trouble with Maximizing a function
• Times series from five color totalistic CAs
• Help Please i need all possible conbinations
• Science article on Agent based modeling for pattern formation
• Scientific American bioinformatics article
• Phase transition
• a query on Genetic Algorithm problem formulation
• Optimization problems
• NP combinatorics
• distributions of numbers with X bits turned on
• Edelman's TNGS
• how to choose states in hmm
• NKS 3rd Party/OS Software?
• Sorting Networks
• Understanding SARS with NKS
• Artificial Life and NKS
• Diffusion with Ratchets
• Upgrading our world production platform with NKS (building 'replicators')
• Sustainability - how to map complexity?
• Card Shuffles
• Modelling the act of observation, not the result
• Variegated Cells
• How many things can happen in a single instant?
• Economics in "The Long Emergency"
• NKSExplorer Mma Kit bug?
• Cellular Automata's f(n) function?
• CA models of fluids: a notebook of programs and references
• Wake patterns by the volcanic peaks of the South Sandwich Islands
• Fluid flows
• NKS and cellular maths in digital logic
• a discovery
• 3rd Life implementation on page 949
• The functional form of CellularAutomaton - A forest fire rule
• Minimal price series models - article
• NKS game theory - SICA games
• 770-771 and Planck's Constant
• rocks, clocks & flocks
• Visual Encryption
• Picture on Page 172 or 180
• Numbering scheme on page 173
• What does inflation look like?
• Where can I find physics research by wolfram?
• NKS Explorer Program Limits?
• Artificial Intelligence
• Competition and ranking of Programs: Public code?
• NKS for a science center?
• How to solve PDE with CA?
• Collecting solar winds
• self avoiding walks and polygons
• NKS 2004: Christian Jacob, NKS in Computational Biology and Bioinformatics
• Spatial PD game theory
• Evolutionary IPD with Mathematica
• Einstein quote mentioned at NKS 2004
• Smallest n for that RULE110(n) shows universality?
• Fundamental error in nks
• Automatous Monk
• a better Rorschach inkblot test
• Java NKS classes
• Fat-tailed distributions
• WireWorld multiplication
• NKS and algebra axiomatics
• How to simulate the cell division with CA model?
• convergent evolution ~ common Strouhal number
• NKS 2004: Evangelos Georgiadis, Simple Deterministic Rules in International Relations
• answer to Cawley's question ~ economics
• Phyllotaxis article in Physical Review Letters
• request from M. AlQuarishi ~ biology/medicine
• a fundamental contradiction with NKS ?
• more evidence for NKS (mind/language)
• NKS 2004: Thomas Zheng, Discrete Orthogonal Transforms Using Cellular Automata
• NKS 2004: Oyvind Tafjord, NKS and the Nature of Space and Time
• Poster (part 2): Causal-Temporal Model of Discrete Time
• Poster (part 1): Causal-Temporal Model of Discrete Time
• NKS 2004: Katherine McKee, NKS Modeling of Tourism Development
• NKS 2004: Gautam Dasgupta and Celine Lannier, NKS Applications with Evolving Rules
• NKS 2004: Andrew Musselman, A Study of Randomness in the Output of Simple Programs
• NKS 2004: Philipp Michel, Visualizing Learning Systems
• NKS 2004: Mark Gettings, Concentration Modeling: Generalized Cantor Sets
• NKS 2004: Christopher Barton, Travel Time for Catchment Flow in a Small Watershed...
• NKS 2004: Bradley Sim, Kimberlite Emplacement: Solitary Mega-Waves on the Core-Mantle
• NKS 2004: Christopher Barton,Shoreline Dynamics: Self-Affine Signals and...
• NKS 2004: Mark Gettings, Mapping the Distribution of a Soil-Borne Human Pathogen...
• NKS 2004: Victor Mossotti, Model of Erosion Pattern Evolution...
• NKS 2004: Wendy Zhang, 3D Substitution Model for Limb Growth and Pattern Formation
• NKS 2004: Andreas Eckerstorfer, Scratch-Detection
• NKS 2004: Samuel Penchas, Complexity in Health Care Systems
• NKS 2004: Alan Bachers, Neurofeedback in NKS
• NKS 2004: Mel Barclay, Synthetic Birth: Emergent Behaviors in an Agent-Based Model...
• NKS 2004: Chad Kennedy, 3D Branching Structure Generation, Analysis and Comparison...
• NKS 2004: Benjamin Koo, A New Kind of Language for Complex Engineering Systems
• NKS 2004: George Danner, NKS in Business: Applications and Implications
• NKS 2004: Ricardo Colasanti, The Use of Cellular Automata Modeling Approaches...
• NKS 2004: Ilan Kirsch, Bringing NKS to Bear on Fundamental Issues in Cancer...
• NKS 2004: Bram Boroson, NKS Fundamental Physics: The Online Buzz
• NKS 2004: Tilman Rassy, On the Rigorous Derivation of a Kinetic Equation...
• NKS 2004: Nigel Goldenfeld, Physics, Universality, and Computational Algorithms
• Biologically-based automata: how does one extract information?
• What Is Information That A Sign May Bear It?
• CA as an abstract, not iconic, model for urban change
• new molluscan shell & crystals evidence
• Wolfram's vs (?) Darwin
• Website on perception
• caution with dangerous NKS
• re: Einstein, BHs and gravastars
• Customizing NKS explorer mathematica kit function
• Networks in Biology
• wolfram inspired screen saver
• Can Mathematica implement this model?
• Binomial Distribution CA
• Update on NKS style Theory of Everything
• Swarm phenomena and bicycle racing
• patents
• Stochastic Partial Differential Equation Averaging.
• (functional vs. imperative) && NKS
• "Quantum Theory from Quantum Gravity" (Markopoulou and Smolin, 17 Nov 2003)
• Rule30 encryption implementation
• improving weather forecasting
• Martian surface structures
• Going right to the bottom
• Planck length and golden mean as the ultimate cell
• Abstraction and modeling in NKS Biology
• Modeling urban growth - a sample open problem in Applied NKS

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