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Date Name Thumbnail Size User Description Versions
11:01, 23 January 2012 1201.1650v1.pdf (file) 1.85 MB Wiki admin Two Hands Are Better Than One (up to constant factors) 1
22:24, 9 July 2019 2GAM.png (file) 36 KB Jaschacvanbrunt   1
11:37, 1 June 2013 2HAM-example-step1.png (file) 25 KB Trogers Figure 2: The new supertiles producible after one step of combinations 1
11:39, 1 June 2013 2HAM-example-step2.png (file) 38 KB Trogers Figure 3: The new supertiles producible after the second step of combinations 1
11:39, 1 June 2013 2HAM-example-step3.png (file) 11 KB Trogers The only new supertile producible after the third step of combinations 1
11:40, 1 June 2013 2HAM-example-step4.png (file) 15 KB Trogers The only new supertile producible after the fourth step of combinations, and which is the unique terminal assembly of the system 1
11:37, 1 June 2013 2HAM-example-tileset.png (file) 20 KB Trogers Figure 1: The tile set (a.k.a. singleton tiles) for the 2HAM example system 1
13:02, 23 July 2013 2HAM Config window.png (file) 17 KB Tfochtman   2
13:47, 23 July 2013 2HAM Config window size to keep.png (file) 3 KB Tfochtman   1
13:18, 23 July 2013 2HAM Config window size to viewt.png (file) 4 KB Tfochtman   1
12:56, 23 July 2013 2HAM Config window supertiles count.png (file) 2 KB Tfochtman   1
09:18, 30 March 2014 2PATS-tileset-search-C++.zip (file) 11 KB Mpatitz   1
14:35, 1 April 2014 2Pats.hs.zip (file) 9 KB Pierreetienne.meunier Haskell version, to be used with Parry-0.1, of the 2PATS exhaustive search. 1
15:59, 12 July 2013 2block line tiles.png (file) 8 KB Jhendricks 4 tiles that simulate the line assembled from a single tile. 1
22:47, 3 December 2011 3D-box-TEM.jpg (file) 7 KB Mpatitz   1
22:47, 3 December 2011 3D-box-sketch.jpg (file) 33 KB Mpatitz   1
20:14, 31 July 2019 6HAM.png (file) 148 KB Akreulach   1
16:25, 17 July 2019 ATAM sim CA.png (file) 200 KB Jaschacvanbrunt   1
23:39, 24 February 2012 Activation of a latent glue.jpg (file) 12 KB Winston   1
14:20, 4 June 2019 Amoebot bridge.PNG (file) 172 KB Jcalumba Amoebot particles forming a bridge across a gapped structure. 1
13:56, 4 June 2019 Amoebots ex.PNG (file) 35 KB Jcalumba Introductory image to illustrate the configurations Amoebot particles might embody on the triangular lattice. 1
12:23, 9 August 2013 Arrow A.png (file) 6 KB Tfochtman   1
12:29, 28 August 2013 AutoCounterTiler.zip (file) 103 KB Mpatitz   1
20:59, 3 December 2011 Bacteriophage.jpg (file) 62 KB Mpatitz T4 bacteriophage 1
14:35, 12 June 2014 Baggins-expressions.zip (file) 4 KB Pierreetienne.meunier   2
16:02, 12 August 2013 Binary counter square.png (file) 9 KB Tfochtman   1
16:02, 12 August 2013 Binary tree whole.png (file) 12 KB Tfochtman   1
16:03, 12 August 2013 Binary tree zoom in.png (file) 7 KB Tfochtman   1
14:55, 12 August 2013 Blob growth seed.png (file) 41 KB Tfochtman   1
16:02, 12 August 2013 Busy beaver.png (file) 5 KB Tfochtman   1
16:24, 17 July 2019 CA Initial Config.png (file) 26 KB Jaschacvanbrunt   1
12:45, 4 December 2011 CCSA journal.pdf (file) 334 KB Mpatitz   1
16:49, 24 January 2012 CGM siam.pdf (file) 481 KB Raul Paper: Complexities for Generalized Models of Self-Assembly 1
14:37, 7 July 2019 Carpet.png (file) 29 KB Akreulach Image for article on fractals in 2HAM, destination page 4-sided Fractals in the 2HAM. 1
08:43, 4 August 2019 Chart.png (file) 14 KB Jaschacvanbrunt   1
11:47, 24 June 2019 Circuit.png (file) 316 KB Jaschacvanbrunt   1
14:43, 17 June 2019 Concentration sampling.PNG (file) 13 KB Jcalumba Figure 2 from Kao, Ming-Yang, and Robert Schweller. "Randomized self-assembly for approximate shapes." International Colloquium on Automata, Languages, and Programming. Springer, Berlin, Heidelberg, 2008. 1
14:24, 13 July 2022 Cook2021mazes NAND-NXOR.png (file) 29 KB Jbullard Figure 2 from "Small tile sets that compute while solving mazes" by Cook et al (2021). 1
14:43, 13 July 2022 Cook2021mazes Wire-Propagation.png (file) 22 KB Jbullard Figure 3 from "Small tile sets that compute while solving mazes" by Cook et al (2021). 1
14:48, 13 July 2022 Cook2021mazes prime-circuit-construction.png (file) 65 KB Jbullard Figure 3 from "Small tile sets that compute while solving mazes" by Cook et al (2021). 1
10:22, 1 June 2013 Counter-6x6.png (file) 32 KB Trogers A view of the 6 by 6 square of tiles at the bottom right corner of the assembly produced by the binary counter. Note that the terminal assembly would actually continue infinitely far up and to the left. 1
10:22, 1 June 2013 Counter-beginning.png (file) 18 KB Trogers Border tiles can attach to the seed and form arbitrarily long bottom and right borders. Rule tiles can bind only once two "inputs" are available. 1
10:03, 1 June 2013 Counter-border-tiles.png (file) 7 KB Trogers The tile types which form the border of the counter 1
10:04, 1 June 2013 Counter-rule-tiles.png (file) 9 KB Trogers The "rule" tile types which compute and represent the values of the counter 1
14:34, 14 June 2022 Covert-Half-Adder.png (file) 145 KB Jbullard Covert Computation in Self-Assembled Circuits by Cantu et al. p. 17 1
12:46, 14 June 2022 Covert-NAND-Block-Diagram.png (file) 37 KB Jbullard Cropped the bottom edge. 2
12:52, 14 June 2022 Covert-NAND.png (file) 39 KB Jbullard Covert Computation in Self-Assembled Circuits by Cantu et al. p. 10 1
11:49, 14 June 2022 Covert-NOT-Assembly-Examples.png (file) 55 KB Jbullard Covert Computation in Self-Assembled Circuits by Cantu, et al. p. 9 1
11:21, 9 August 2013 Creating tile 0.png (file) 11 KB Tfochtman   2
14:50, 30 June 2017 D3Down.PNG (file) 164 KB Trogers The delay 3 system where the hinge is in the up position. 1
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