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NKS 2007
Stephen Wolfram: Opening Keynote (Transcript)
Live Experiment Notebook (Part 1)
Live Experiment Notebook (Part 2)
Archives
Categories
1d Cellular Automata
(9)
2d Cellular Automata
(15)
Aesthetics
(3)
Algorithmic Architecture and Design
(2)
Algorithmic Music
(1)
Artistic NKS
(9)
Behind the Scenes
(2)
Biological NKS
(7)
Biology
(6)
Books
(2)
Computer Science
(4)
Computer Simulations
(4)
Elevator Conversations
(1)
Engineering NKS
(12)
Life at the Fairmont
(1)
Live Experiments
(6)
Mathematica
(5)
Music
(2)
Natural Programs: Human Behavior
(4)
Natural Sciences
(5)
NKS
(16)
NKS and Complex Systems
(4)
NKS Computer Science
(7)
NKS in Education
(4)
NKS Minicourse
(5)
NKS Tools
(1)
Patterns in the Natural World
(3)
Perception and Analysis
(2)
Physics
(3)
Podcasts
(1)
Pop Neurology
(1)
Pure NKS: The Study of Simple Programs
(15)
Quantum Computing
(1)
Simple Rules
(6)
Stephen Wolfram
(10)
Visualization
(2)
Weblogs
(1)
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About
Saturday, June 17, 2006
A Podcast of Stephen Wolfram's Keynote Adderess is now available
You can listen
HERE
.
Conference Links
NKS 2007 | Presentations & Schedule
NKS 2007 | Main
NKS 2007 | Logistics
NKS 2006
NKS 2004
NKS 2003
Wolfram Research Links
Stephen Wolfram: A New Kind of Science
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Contributors
Eric Rowland
Fred Meinberg
Jason Cawley
Joe Bolte
Kathryn Cramer
Konstantin Kouptsov
Kovas Boguta
Matthew Szudzik
Michael Schreiber
Mike Pilat
Todd Rowland
Recent Posts
Hector Zenil, On the Algorithmic Complexity for Short Sequences
Gregory Chaitin: On the Principle of Sufficient Reason
Gordana Dodig-Crnkovic, Where Do New Ideas Come From? How Do They Emerge? Epistemology as Computation (Information Processing)
paul davies, "the implications of a cosmological information bound for complexity, quantum information, and the nature of physical law"
Karl Svozil, The Randomness Information Paradox: Recovering Information in Complex Systems
Live Experiment Notebooks
Christian Calude, Proving and Programming
Mark Burgin: From Cellular Automata to Grid Automata
Brian Silverman: Simple Programming, Simple Programs
Alfred Hubler: Accurate Low-Dimensional Discrete Models for Continuous Systems