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Below is a list of the most recent file uploads. See the gallery of new files for a more visual overview.

Logs
 
(newest | oldest) View (\(1 | \)2) (20 | 50 | 100 | 250 | 500)
  • 03:08, 19 April 2025 \(1 uploaded \)3 (Schematic depiction of an aTAM system that makes an infinite number of shapes which no syncTAM system can match.)
  • 03:06, 19 April 2025 \(1 uploaded \)3 (An example shape that can be made by a directed syncTAM system but not an aTAM system.)
  • 03:02, 19 April 2025 \(1 uploaded \)3 (A high-level depiction of how a bit-reading gadget works in the syncTAM)
  • 00:00, 27 June 2024 \(1 uploaded \)3
  • 14:44, 26 June 2024 \(1 uploaded \)3
  • 14:43, 26 June 2024 \(1 uploaded \)3
  • 20:26, 3 March 2024 \(1 uploaded a new version of \)3
  • 16:18, 3 March 2024 \(1 uploaded \)3 (Finite assembly of the bit-sequence "00101010".)
  • 16:17, 3 March 2024 \(1 uploaded \)3 (High-level illustration of the infinite assembly of $p_n$ across $\mathbb{Z}^2$.)
  • 16:16, 3 March 2024 \(1 uploaded \)3 (Visualization of the growth of a pattern $p_n$ from the seed row.)
  • 16:15, 3 March 2024 \(1 uploaded \)3 (Infinite assembly of the bit sequence "0110010010101", with creation and bound tiles marked as to demonstration cross-like growth.)
  • 16:11, 3 March 2024 \(1 uploaded \)3
  • 16:11, 3 March 2024 \(1 uploaded \)3
  • 16:10, 3 March 2024 \(1 uploaded \)3
  • 15:15, 3 March 2024 \(1 uploaded \)3 (A repeating grid of a smiley face pattern with the counter spines highlighted.)
  • 15:09, 3 March 2024 \(1 uploaded \)3 (A pattern with multiple black tiles)
  • 15:08, 3 March 2024 \(1 uploaded \)3 (A pattern with a single black tile)
  • 15:05, 3 March 2024 \(1 uploaded \)3 (A pattern with repeating stripes)
  • 14:36, 3 March 2024 \(1 uploaded \)3 (A filled skeleton that constructs any nxn pattern. The square once the ribs of the skeleton have filled in (blue growing left, yellow growing right))
  • 14:34, 3 March 2024 \(1 uploaded \)3 (The skeleton part of the construction. The seed is represented in green in the lower left and the arrows show the directions of growth.)
  • 13:20, 30 July 2022 \(1 uploaded \)3 (Figure 2 from "DNA walker circuits: computational potential, design, and verification" by Dannenberg et al (2014).)
  • 15:35, 29 July 2022 \(1 uploaded \)3 (Figure 1 from "DNA walker circuits: computational potential, design, and verification" by Dannenberg et al (2014).)
  • 21:19, 13 July 2022 \(1 uploaded \)3
  • 14:48, 13 July 2022 \(1 uploaded \)3 (Figure 3 from "Small tile sets that compute while solving mazes" by Cook et al (2021).)
  • 14:43, 13 July 2022 \(1 uploaded \)3 (Figure 3 from "Small tile sets that compute while solving mazes" by Cook et al (2021).)
  • 14:24, 13 July 2022 \(1 uploaded \)3 (Figure 2 from "Small tile sets that compute while solving mazes" by Cook et al (2021).)
  • 14:11, 13 July 2022 \(1 uploaded \)3 (Figure 1 from "Small tile sets that compute while solving mazes" by Cook et al (2021).)
  • 14:34, 14 June 2022 \(1 uploaded \)3 (Covert Computation in Self-Assembled Circuits by Cantu et al. p. 17)
  • 12:52, 14 June 2022 \(1 uploaded \)3 (Covert Computation in Self-Assembled Circuits by Cantu et al. p. 10)
  • 12:46, 14 June 2022 \(1 uploaded a new version of \)3 (Cropped the bottom edge.)
  • 12:44, 14 June 2022 \(1 uploaded \)3 (Covert Computation in Self-Assembled Circuits by Cantu et al. p. 10)
  • 11:49, 14 June 2022 \(1 uploaded \)3 (Covert Computation in Self-Assembled Circuits by Cantu, et al. p. 9)
  • 11:42, 14 June 2022 \(1 uploaded \)3 (Covert Computation in Self-Assembled Circuits by Cantu, et al. p. 8)
  • 11:28, 10 June 2022 \(1 uploaded \)3 (Paper Title: "Universal Shape Replication Via Self-Assembly With Signal-Passing Tiles")
  • 08:54, 23 July 2020 \(1 uploaded \)3 (Oritatami binary counter.)
  • 16:25, 18 July 2020 \(1 uploaded \)3 (Picture of RNA transcription.)
  • 08:43, 4 August 2019 \(1 uploaded \)3
  • 20:14, 31 July 2019 \(1 uploaded \)3
  • 21:44, 29 July 2019 \(1 uploaded \)3
  • 13:52, 28 July 2019 \(1 uploaded \)3
  • 13:51, 28 July 2019 \(1 uploaded \)3
  • 13:51, 28 July 2019 \(1 uploaded \)3
  • 13:24, 25 July 2019 \(1 uploaded \)3
  • 12:35, 23 July 2019 \(1 uploaded \)3
  • 16:25, 17 July 2019 \(1 uploaded \)3
  • 16:24, 17 July 2019 \(1 uploaded \)3
  • 20:05, 15 July 2019 \(1 uploaded \)3 (Hierarchical diagram showing the assembly of the non-tree sierpinski triangle in the hham system)
  • 19:55, 15 July 2019 \(1 uploaded \)3 (Results pertaining to the new h-ham model and its capability to strictly assemble fractal shapes)
  • 22:24, 9 July 2019 \(1 uploaded \)3
  • 22:23, 9 July 2019 \(1 uploaded \)3
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