EDUCATIONAL MATERIALS

General Materials:
	Stephen Wolfram's NKS Open Problems [.zip]
	Students' Favorite 3-Color Cellular Automata [.zip]
	NKS Awareness Quiz [.zip]
Blog Posts:
	A New Kind of Building?
	Science: Live and in Public
	Summer Adventures in the Computational Universe
Lecture Notes from Previous Years:
Author	Lecture Title
Jason Cawley	Historical Ideas of Formal Uncertainty, and NKS Irreducibility
	NKS in the Social Sciences
	Philosophical Implications
Seth Chandler	How to Write Efficient Mathematica Code
Matthew Frank	What Is A New Kind of Science?
	Computational Equivalence and Computational Irreducibility
	Perception and Analysis--Chapter 10
	Systems Based on Real Numbers
Paul-Jean Letourneau	Patterns in Mathematica
Ed Pegg Jr	Systems Based on Numbers--Chapter 4
	Famous 2D CA Rules
	Identification of Cyclic Behavior
	Modeling Natural Behavior  [.zip]
Richard Phillips	NKS Research Tools: CellularAutomaton
Todd Rowland	Principle of Computational Equivalence
Matthew Szudzik	The Analysis of an S-K Combinator Expression
	A Survey of "Other" Rule Systems
	Turing Machines
	The Enumeration of Computational Systems
	Emulation and Irreducibility
	The Analysis of a Turing Machine
	Logic and the Foundations of Mathematics
Øyvind Tafjord	Randomness and Continuity
	NKS and Physics [.zip]
	Fundamental Physics Issues in NKS
	NKS Workshop
See also Reference Materials on the main Wolfram Science site. Also, see the journal Complex Systems. If you don't have your own copy of Mathematica, you can download Wolfram CDF Player to view the lecture notebooks.