|
Thread |
Thread Starter |
Replies |
Views |
Last Post  |
 |
new book on Wolfram Science |
Richard J. Gaylord |
0 |
200 |
|
 |
Issues coding Mobile Automaton - Pag. 76 |
marcoagpinto |
0 |
1137 |
|
 |
Cellular Automata (mobile) |
marcoagpinto |
2 |
1666 |
|
 |
notes on Wolfram's speech... |
Dan Ellwein |
0 |
1513 |
|
 |
Proof of God |
Valère De Brabandere |
0 |
1634 |
|
 |
Time Energy Theory |
Ahmed Adel |
0 |
2032 |
|
 |
Rule 30 evolution |
william hird |
1 |
2929 |
|
 |
E=mc²=Psy. |
Valère De Brabandere |
0 |
2760 |
|
 |
Connection between CA and Sporadic Groups? ( 1 2 ) |
MikkH |
17 |
25872 |
12-17-2012 06:29 PM
by MikkH |
 |
|
 |
Automatic Classification of 1D Cellular Automata |
Frank Emmert-Streib |
12 |
36869 |
12-04-2012 10:52 PM
by QSA |
 |
|
 |
new release of DDLab + Null Boundary Conditions |
Andy Wuensche |
0 |
3668 |
|
 |
Arguments to Idealism. |
Valère De Brabandere |
0 |
3668 |
|
 |
X-colour (nearest neighbour) totalistic cellular automata - a general approach |
Keith Stendall |
0 |
3864 |
|
 |
Something ism |
Valère De Brabandere |
0 |
3776 |
|
 |
“Reality is nothing but a mathematical structure, literally” |
QSA |
8 |
5993 |
11-25-2012 12:14 AM
by QSA |
 |
|
 |
Fundamental Question Raised - picture |
Ivan Antonowitz |
1 |
4168 |
|
 |
Fundamental Question Raised |
Lawrence J. Thaden |
13 |
8704 |
|
 |
Time energy theory |
Ahmed Adel |
4 |
10385 |
|
 |
Everything is Nothing- |
Valère De Brabandere |
0 |
4191 |
|
 |
The Truth, the Beauty and the Good . |
Valère De Brabandere |
1 |
4433 |
|
 |
A Universal Theory. |
Valère De Brabandere |
1 |
4482 |
|
 |
The Absolute Logic |
Valère De Brabandere |
0 |
4408 |
|
 |
"Simplest Conceivable" |
Mark Lawson |
5 |
5043 |
|
 |
Spectrum Model of the Universe |
Anders |
1 |
5521 |
|
 |
Time is irreversible |
Anders |
1 |
5589 |
|
 |
The Universe /is/ the simplest possible Cellular Automata |
Mark Lawson |
3 |
6116 |
|
 |
Einstein's relativity is doubtful |
Anders |
1 |
5509 |
|
 |
Tetralemma Logic |
Anders |
1 |
5525 |
|
 |
Skewed CA rules |
rwells |
1 |
5735 |
|
 |
NKS theory |
Reid Miles |
1 |
7718 |
|
 |
Venn Diagrams for Signed Boolean Logic |
Lawrence J. Thaden |
1 |
6802 |
|
 |
Hints of emergent order with a half life |
Tony Smith |
0 |
6933 |
|
 |
Trivial for logic. Hard for quantum computing. |
Lawrence J. Thaden |
0 |
7034 |
|
 |
Basic Three Valued Logic Calculator |
Lawrence J. Thaden |
14 |
13666 |
|
 |
Slow growing chaotic r=2, k=2 1d CAs. |
JP McBride |
5 |
9929 |
|
 |
Polynomials |
Todd Rowland |
0 |
7917 |
|
 |
Cellular Automaton Evolver |
Abby Nussey |
0 |
8363 |
|
 |
Complex Systems 20:1 |
Todd Rowland |
0 |
8304 |
|
 |
Complex Systems 19:4 |
Todd Rowland |
2 |
11503 |
|
 |
CA for Three Color Rule Number 3671584492797 Records a Geometric Sequence |
Lawrence J. Thaden |
11 |
15504 |
|
 |
Exploring Discrete Dynamics |
Andy Wuensche |
0 |
9588 |
|
 |
Unpacking NKS codes |
Arrowsmith |
2 |
16119 |
|
 |
Fastest software for Wolfram codes? |
Matt D. |
0 |
10149 |
|
 |
Hello I am Ali Shekarfroush |
Ali Shekarfroush |
1 |
10317 |
|
 |
vba code for 256 CAs |
Dan Ellwein |
0 |
9708 |
|
 |
Probleme with impaire totalistioc codes ( 1 2 ) |
M.Abdeldjalil |
21 |
33680 |
|
 |
A challenge |
Vic Andersen |
0 |
9654 |
|
 |
2D ex nihilo rule cases |
Vic Andersen |
3 |
11177 |
|
 |
N x M CA - a programing problem |
Hunter Snevily |
3 |
13935 |
03-13-2011 04:23 PM
by MikkH |
 |
|
 |
162 Three Color Rules with Simple AND Type Algebraic Expressions in Three Variables |
Lawrence J. Thaden |
12 |
18626 |
|
 |
Reproducing pattern surrounds chaotic core of otherwise ordinary CA |
Tony Smith |
1 |
10909 |
|
 |
Determing how to find rules/programs based on some natural pattern |
berlinbrown |
0 |
10603 |
|
 |
Rule 45 - why class III? |
Sebastian |
0 |
10879 |
|
 |
beginnings of complexity... |
Dan Ellwein |
1 |
11300 |
|
 |
The Shape of Elementary CA Landscape |
Shane Simonsen |
2 |
12327 |
|
 |
Searching for another Life... |
Dawid Lubiszewski |
1 |
11621 |
|
 |
A comment about Page 1143 |
Dan Ellwein |
2 |
13170 |
|
 |
Pythagorean Triangles Arranged in Order |
Adam Gatley |
0 |
11183 |
|
 |
Discovered new growth pattern |
Marcus |
4 |
13337 |
|
 |
CAs ?'s based on set theory properties |
Hunter Snevily |
1 |
11998 |
07-05-2010 09:17 AM
by mdmd |
 |
|
 |
{red & blue} ca ( 1 2 3 ) |
inhaesio zha |
37 |
63212 |
07-05-2010 09:14 AM
by mdmd |
 |
|
 |
network distance & world "size" |
inhaesio zha |
5 |
41539 |
07-05-2010 09:13 AM
by mdmd |
 |
|
 |
What does this look like? |
Hunter Snevily |
4 |
13033 |
07-05-2010 09:13 AM
by mdmd |
 |
|
 |
Three Valued Logic in Three Variables: A Nested System of Rules ( 1 2 ) |
Lawrence J. Thaden |
15 |
22509 |
07-05-2010 09:12 AM
by mdmd |
 |
|
 |
Plot Conway's Game of Life |
Samuel Van Ransbeeck |
2 |
11637 |
07-05-2010 09:11 AM
by mdmd |
 |
|
 |
cells with perspective |
inhaesio zha |
6 |
13532 |
06-30-2010 11:53 AM
by mdmd |
 |
|
 |
New Kind of CA - Fractal Snowflake Growth |
Marcus |
1 |
10834 |
06-30-2010 11:52 AM
by mdmd |
 |
|
 |
The 2D Turing machine on page 186 is actually periodic |
tim_hutton |
6 |
14081 |
06-30-2010 11:51 AM
by mdmd |
 |
|
 |
Extended CAs |
Tam Hunt |
2 |
11885 |
06-30-2010 11:50 AM
by mdmd |
 |
|
 |
Mirek Wójtowicz's "Generations" rule family |
Tony Smith |
5 |
14454 |
06-30-2010 11:48 AM
by mdmd |
 |
|
 |
the evolution of culture ( 1 2 3 4 5 6 ) |
inhaesio zha |
77 |
108188 |
|
 |
space entropy of elt. cell. automata |
Steve Seif |
0 |
10532 |
|
 |
"malice" systems |
inhaesio zha |
0 |
10887 |
|
 |
starting conditions predict behavior? |
Ed Meier |
0 |
10218 |
|
 |
Excel: Turing Machine |
Leon Tribe |
6 |
77006 |
|
 |
Pascal Triangle as an Integer? |
Val Smith |
6 |
18735 |
|
 |
"clear" systems (fun with globally-controlled ECAs!) |
inhaesio zha |
8 |
15511 |
|
 |
Propositional Equation Reasoning Systems ( 1 2 3 ) |
Jon Awbrey |
36 |
99934 |
|
 |
Problem: CA with Random Initial Condition |
Federico Caramanica |
2 |
12151 |
|
 |
Caption on p.178 |
Todd Rowland |
0 |
10596 |
|
 |
Could a Quantum Computer help us solve P=NP? |
devnull |
0 |
10576 |
|
 |
Reversable CA 37R Question |
alan2here |
8 |
18207 |
08-16-2009 02:16 PM
by KaL |
 |
|
 |
Predicting ECA Behavior Using Venn Diagrams of ECA Rule Numbers |
Lawrence J. Thaden |
8 |
20228 |
|
 |
Dynamics And Logic ( 1 2 ) |
Jon Awbrey |
26 |
69002 |
|
 |
Could we create a 2D verstion of the 1D NN Rule 85? |
alan2here |
0 |
10596 |
|
 |
How to solve a CA with algebra |
alan2here |
0 |
10819 |
|
 |
Wolfram|Alpha and the Computational Universe. |
Jaiwant Mulik |
2 |
12693 |
|
 |
A CA - NN demonstration |
M.Abdeldjalil |
1 |
12300 |
|
 |
Reversibility limit test |
Rodrigo Freitas |
0 |
10929 |
|
 |
Growth process CA |
M.Abdeldjalil |
3 |
13187 |
|
 |
Growth plants modeling ! |
M.Abdeldjalil |
4 |
13716 |
|
 |
3d Ca |
M.Abdeldjalil |
1 |
11826 |
|
 |
CA three dimensions |
M.Abdeldjalil |
3 |
14235 |
|
 |
Generation new color with totalistic rules |
M.Abdeldjalil |
1 |
12051 |
|
 |
Traditional science |
M.Abdeldjalil |
1 |
12395 |
|
 |
Difference between the code and the rule |
M.Abdeldjalil |
5 |
15176 |
|
 |
Van Neumann's Neighbors |
M.Abdeldjalil |
1 |
11676 |
|
 |
Cellular automata two dimensions |
M.Abdeldjalil |
2 |
12227 |
|
 |
help for analysis CA picture |
M.Abdeldjalil |
3 |
13689 |
|
 |
T5 = ({0, +1, y, z, -1}; +, -; 0, +1, -1) Rules (1) – (9) |
Lawrence J. Thaden |
4 |
13767 |
|
 |
Continuous Valued Cellular automata |
M.Abdeldjalil |
4 |
13797 |
|
 |
A comment about Page 2 |
Leighton |
1 |
11469 |
|
 |
A comment about Page 1 |
Leighton |
1 |
12282 |
|
 |
k3 - run 0 ( 1 2 3 4 ) |
inhaesio zha |
45 |
50545 |
|
 |
A comment about Page 4 |
Leighton |
0 |
10872 |
|
 |
A comment about Page 3 |
Leighton |
0 |
10625 |
|
 |
k3 - run 2 ( 1 2 ) |
inhaesio zha |
28 |
34484 |
|
 |
k3 - run 1 ( 1 2 3 4 ) |
inhaesio zha |
45 |
49144 |
|
 |
RSS |
Jaiwant Mulik |
1 |
11879 |
|
 |
crystal arrangement |
Gledson Melotti |
0 |
11290 |
|
 |
Gravity - A different concept ( 1 2 ) |
Ryan Flanders |
24 |
45457 |
01-27-2009 12:23 AM
by Alan |
 |
|
 |
Why do my monads always split into clusters of two? |
MikeHelland |
0 |
10680 |
|
 |
Defining Parameters that Determine Change among Wolfram Classes |
j hay |
2 |
12532 |
01-14-2009 01:13 AM
by j hay |
 |
|
 |
21 Three Color Palindromic Rules |
Lawrence J. Thaden |
6 |
24927 |
|
 |
ontopology |
GiacintoPlescia |
0 |
11375 |
|
 |
Revised T5 = ({0, +1, x, y, -1}; +, -; 0, +1, -1) Part 2: Rules Numbered (1) - (9) |
Lawrence J. Thaden |
14 |
31260 |
|
 |
alife terminal screensaver |
inhaesio zha |
0 |
10908 |
|
 |
Rule 37R experimentation |
KaL |
3 |
14424 |
12-08-2008 04:10 AM
by KaL |
 |
|
 |
Revised T5 = ({0, +1, x, y, -1}; +, -; 0, +1, -1) Part 3: Rules Numbered (19) - (27) |
Lawrence J. Thaden |
1 |
11783 |
|
 |
Revised T5 = ({0, +1, x, y, -1}; +, -; 0, +1, -1) Part 3: Rules Numbered (10) through |
Lawrence J. Thaden |
2 |
12779 |
|
 |
Class 4: important science. |
Gledson Melotti |
1 |
12200 |
|
 |
Chaotic: Class 3 |
Gledson Melotti |
1 |
11500 |
|
 |
Cellular automata 1D: applications |
Gledson Melotti |
1 |
11633 |
|
 |
Fast Algorithms for Lyndon Words and State Transition Diagrams |
Andrius Kulikauskas |
9 |
18562 |
|
 |
Proposal: Exhaustive Study of Cellular Automata State Transition Diagrams |
Andrius Kulikauskas |
9 |
21102 |
|
 |
What is simple input? infintely repeating Lyndon words? |
Andrius Kulikauskas |
10 |
21132 |
|
 |
Revised T5 = ({0, +1, x, y, -1}; +, -; 0, +1, -1) Part 1: Foundations |
Lawrence J. Thaden |
10 |
19681 |
|
 |
Using NKS to Prove Geometry is Internally Inconsistent |
npri |
0 |
11246 |
08-06-2008 09:29 PM
by npri |
 |
|
 |
CA & Object labeling |
Martijn |
0 |
11084 |
|
 |
hi |
dev_tej_kohli |
1 |
16145 |
|
 |
(-x +z) Self Organization Example ( 1 2 3 ) |
Lawrence J. Thaden |
43 |
73272 |
|
 |
Prove that the complement of UTM's language is not turing recognizable. |
Sridhar |
1 |
12565 |
|
 |
How does one create polar automata? |
Dihydrogen Mono |
0 |
11027 |
|
 |
A comment about Page 1185 |
Dan Ellwein |
0 |
11888 |
|
 |
Iterated finite automata |
Stephen Wolfram |
1 |
55109 |
04-12-2008 03:23 AM
by RLamy |
 |
|
 |
totalistic 3 color, range 1/2 CAs |
Jason Cawley |
6 |
17259 |
04-05-2008 11:43 PM
by RLamy |
 |
|
 |
Time energy theory |
Ahmed Adel |
0 |
11679 |
|
 |
What is the Reversible Cellular Automata? |
Hanseong Ryu |
0 |
11103 |
|
 |
T5 = ({0, +1, x, y, -1}; +, -; 0, +1, -1) ( 1 2 ) |
Lawrence J. Thaden |
19 |
45350 |
|
 |
How to return list after function finishes |
Nataliya |
6 |
16813 |
|
 |
Adaptive finite automata, a program space sweep and an interesting machine instance |
nwerneck |
8 |
18905 |
|
 |
Imposing automata on a 3d model |
Casper Macindoe |
0 |
10924 |
|
 |
Commentary on Stephen Wolfram's book "A New Kind of Science" |
Serge Patlavskiy |
8 |
17962 |
|
 |
PCE and universality of rule 30 |
RLamy |
3 |
12869 |
|
 |
Numenta HTM training and NKS |
Enexseenge |
5 |
13890 |
|
 |
Particle emergence and evolution in trivalent network computations |
Tommaso Bolognesi |
6 |
15901 |
12-07-2007 03:38 PM
by RLamy |
 |
|
 |
The Book : pp 1161 Misprints |
ahautot |
0 |
10525 |
|
 |
syntax checker |
ahautot |
0 |
11594 |
|
 |
sequences of instructions to copy and kill terms |
Michael Orwin |
0 |
10579 |
|
 |
Two Violations of the Principle of Computational Equivalence |
Craig Feinstein |
2 |
13127 |
|
 |
Confusion on FOM |
Todd Rowland |
2 |
56722 |
|
 |
About Rule chosen |
Stephane |
4 |
15126 |
|
 |
Minimal disjunctive normal form |
Todd Rowland |
0 |
10637 |
|
 |
Simple Turing machines, Universality, Encodings, etc. |
Stephen Wolfram |
0 |
13565 |
|
 |
Alex Smith's 2,3 TM solution |
Todd Rowland |
1 |
12719 |
|
 |
Call to coders, a new type of fractal. |
alan2here |
5 |
18522 |
|
 |
The state of MCell today. |
alan2here |
3 |
13555 |
|
 |
The photon/XOR system |
Gabriel Nivasch |
0 |
10479 |
|
 |
2.2TuringMachine |
ahautot |
0 |
10805 |
|
 |
Collatz 3n+1 Conjecture and NKS ( 1 2 ) |
Craig Feinstein |
18 |
44286 |
|
 |
Q about Game of Life |
Paul Reiners |
1 |
12136 |
|
 |
Universal Computation with only 6 States |
Alastair Hewitt |
4 |
16114 |
|
 |
2,3 Turing Machine Universal? $25,000 TM prize ( 1 2 ) |
Jason Cawley |
16 |
35762 |
|
 |
searching for wires |
Johnicholas Hines |
0 |
10560 |
|
 |
Claim of a 2-state 4-color universal Turing machine |
Craig Feinstein |
0 |
11076 |
|
 |
counting axioms |
Philip Ronald Dutton |
5 |
15838 |
|
 |
Set Theory History and Relativity |
John Ryskamp |
0 |
10460 |
|
 |
Post Tag Systems - Complexity Threshold Lowered |
Jason Cawley |
1 |
13289 |
|
 |
Demostrating ECA rules in 2,5 Turing Machines |
Alastair Hewitt |
0 |
10181 |
|
 |
sorted 1D CA output |
Philip Ronald Dutton |
4 |
15916 |
|
 |
Prime Number Absolute Difference Graphic |
Joe Bequette |
4 |
26069 |
|
 |
Hierarchal Temporal Memory (HTM) and NKS |
g48150 |
1 |
14431 |
|
 |
Diagonal CA Representation |
Denis |
2 |
13703 |
06-02-2007 09:08 PM
by Denis |
 |
|
 |
Reflections ( 1 2 ) |
Lawrence J. Thaden |
24 |
111385 |
|
 |
Summary table for rule classification for 1D CA |
Frank Emmert-Streib |
3 |
21043 |
|
 |
Cellular automata with global control |
Stephen Wolfram |
11 |
131063 |
|
 |
Reversible rules of 3-states, page 1017 |
Guilherme Kronemberger |
3 |
16874 |
|
 |
Visualizing Babylonian numbers |
Philip Ronald Dutton |
1 |
12635 |
|
 |
TuringMachine |
Todd Rowland |
0 |
10726 |
|
 |
Enumeration of 2D CAs |
Jamie |
9 |
40682 |
|
 |
Algorithmic Classification of symmetric 1D CA |
Martin Sollert |
0 |
12942 |
|
 |
Particle System |
Michael Colson |
1 |
13256 |
|
 |
A comment about Page 560 |
Dan Ellwein |
0 |
11462 |
|
 |
White Triangles in rule 30 |
Martijn |
3 |
16617 |
|
 |
A comment about Page 56 - Rule 151 |
Dan Ellwein |
2 |
17281 |
|
 |
NKS and Fermat's Last Theorem |
Byron Fast |
11 |
37545 |
|
 |
BZ spirals in a simple totalistic 2D CA |
Emmanuel Garces |
2 |
15276 |
|
 |
NKS and Constructal |
Sean Lynch |
1 |
13198 |
|
 |
rule 94: 90 or bust |
Todd Rowland |
1 |
14063 |
|
 |
alternate layout centered about a single seed cell |
Philip Ronald Dutton |
3 |
15081 |
|
 |
zeven |
inhaesio zha |
13 |
34683 |
|
 |
The observation of network update signals. |
Enexseenge |
0 |
15054 |
|
 |
Problem with Series[] in M5 |
Vladimir |
0 |
16910 |
|
 |
Liouville's constant continued fraction |
Enrique Zeleny |
1 |
18872 |
|
 |
Levels of Complexity |
Simon85 |
3 |
18595 |
|
 |
Falsifiability |
Randolph Revoredo |
4 |
31157 |
|
 |
CA vs. F = m a |
Samuel Chen |
0 |
13899 |
|
 |
Roots and Powers from Division (! ?) |
Val Smith |
1 |
12384 |
|
 |
Question on pages 248 - 249 |
StarGhost |
0 |
11884 |
|
 |
First post |
Dave |
4 |
16897 |
10-19-2006 10:50 PM
by Dave |
 |
|
 |
Rough Set Theory and NKS? |
Kurt Cubbage |
0 |
12829 |
|
 |
Three Color Three Variable CAs |
Lawrence J. Thaden |
1 |
50899 |
|
 |
draw a color based on the numeric value represented in binary by the cell's history |
inhaesio zha |
5 |
39854 |
|
 |
sir fermats last theorem |
rajesh bhowmick |
4 |
20314 |
|
 |
NKS and thermodynamic |
jakezj |
1 |
14959 |
|
 |
El Naschie's spacetime |
vlad_e |
0 |
12032 |
|
 |
Some questions |
green_meklar |
2 |
16828 |
|
 |
Feynman checkerboard as a model of discrete space-time |
Ed Hanna |
14 |
49575 |
|
 |
b13q |
inhaesio zha |
1 |
18518 |
|
 |
Errors in rule equivalences table? |
Philippe Capdepuy |
8 |
43798 |
|
 |
Rule 110 emulated by substitution systems |
Sean Lynch |
2 |
16683 |
|
 |
Emulating Elementary Rule 110 Behavior |
Lawrence J. Thaden |
6 |
22089 |
|
 |
"Demonstration of the Universality of a New Cellular Automaton." |
Sapin |
0 |
16475 |
07-23-2006 11:31 PM
by Sapin |
 |
|
 |
Cellular Automata On Different Manifolds |
Joshua |
1 |
13495 |
|
 |
Universality of S-K Combinator |
Sean Lynch |
2 |
24108 |
|
 |
Predicting future states of rules... #30? |
Val Smith |
2 |
20643 |
|
 |
Union of Sets (expressed as a function) |
terri |
0 |
12929 |
07-14-2006 06:27 PM
by terri |
 |
|
 |
bidimensional tape turing machine |
victor g |
1 |
27281 |
|
 |
Distance Transforms |
Richard Scott |
6 |
66255 |
|
 |
The Universe as a CA |
Maxime Chevalier |
7 |
24269 |
|
 |
All rules were not created equal |
IanLuxmoore |
1 |
19956 |
|
 |
Recursively enumerable sets question |
Alexis |
0 |
12935 |
|
 |
re and Recursive sets |
Alexis |
3 |
15517 |
|
 |
Redundancy in ECA Rule 30 Emulation |
Lawrence J. Thaden |
0 |
12580 |
|
 |
recursive set |
victor g |
2 |
14249 |
|
 |
Class three behavior from class four rules |
Lawrence J. Thaden |
8 |
31484 |
|
 |
CA's having 2B cells in their rule number... |
Dan Ellwein |
0 |
17908 |
|
 |
Complexity Science for Simpletons |
Craig Feinstein |
0 |
12364 |
|
 |
1D CA Rules containing 1 Black Square... |
Dan Ellwein |
0 |
12368 |
|
 |
What about Fourier? |
Hector |
1 |
17372 |
|
 |
Number Representations |
Keren Kapach |
2 |
19913 |
|
 |
Classification of rule 90 of 1D CA |
Frank Emmert-Streib |
12 |
39296 |
|
 |
Emulating Elementary Rule 73 Behavior |
Lawrence J. Thaden |
0 |
12680 |
|
 |
Emulating Elementary Rule 30 Behavior |
Lawrence J. Thaden |
0 |
13296 |
|
 |
computational equivalence and quantum computing |
Pierre Albarede |
2 |
20524 |
|
 |
A plotting question |
Edwin |
1 |
20191 |
|
 |
stuck on two functions — enumerating symbolic tranformation rules |
Jesse Nochella |
6 |
50929 |
|
 |
bug in NKSExplorer |
Enrique Zeleny |
1 |
22419 |
|
 |
have you seen this cellular automata set? |
Jason Jacobs |
4 |
21592 |
|
 |
Hybrid CA (90, 150) |
isaac |
1 |
30748 |
|
 |
MY Extended Essay IB Project |
mohammed1 |
3 |
31119 |
|
 |
summer school applications |
mohammed1 |
1 |
15623 |
|
 |
Enumerating Network Trees |
Jesse Nochella |
2 |
35664 |
|
 |
Things that would probably be cool to be able to enumerate |
Jesse Nochella |
3 |
21106 |
|
 |
what does r=3/2 mean? |
inhaesio zha |
6 |
29694 |
|
 |
Boundaries of 1D CA |
IanLuxmoore |
1 |
28420 |
|
 |
Icosahedral Cellular Automata |
Ed Pegg Jr |
2 |
74493 |
|
 |
NAND Proof Improvement |
Evangelos Georgiadis |
3 |
21154 |
|
 |
selected ants |
inhaesio zha |
11 |
27977 |
|
 |
Rule 30, shifted |
R.P. van der Hilst |
1 |
18085 |
|
|
Showing threads 1 to 250 of 518, sorted by
in
order, from
|