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Combined display of all available logs of self-assembly wiki. You can narrow down the view by selecting a log type, the username (case-sensitive), or the affected page (also case-sensitive).

Logs
 
 
 
  • 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".)
  • 16:18, 3 March 2024 \(1 created page \)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 $\mathbb{Z}^2$.)
  • 16:17, 3 March 2024 \(1 created page \)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.)
  • 16:16, 3 March 2024 \(1 created page \)3 (Visualization of the growth of a pattern $p_n$ from the seed row.)
  • 16:15, 3 March 2024 \(1 deleted page \)3 (Did not add description the first time)
  • 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.)
  • 16:15, 3 March 2024 \(1 created page \)3 (Infinite assembly of the bit sequence "0110010010101", with creation and bound tiles marked as to demonstration cross-like growth.)
  • 16:14, 3 March 2024 \(1 deleted page \)3
  • 16:12, 3 March 2024 \(1 deleted page \)3
  • 16:11, 3 March 2024 \(1 uploaded \)3
  • 16:11, 3 March 2024 \(1 created page \)3
  • 16:11, 3 March 2024 \(1 uploaded \)3
  • 16:11, 3 March 2024 \(1 created page \)3
  • 16:10, 3 March 2024 \(1 uploaded \)3
  • 16:10, 3 March 2024 \(1 created page \)3
  • 15:15, 3 March 2024 \(1 uploaded \)3 (A repeating grid of a smiley face pattern with the counter spines highlighted.)
  • 15:15, 3 March 2024 \(1 created page \)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)
  • 15:09, 3 March 2024 \(1 created page \)3 (A pattern with multiple black tiles)
  • 15:08, 3 March 2024 \(1 uploaded \)3 (A pattern with a single black tile)
  • 15:08, 3 March 2024 \(1 created page \)3 (A pattern with a single black tile)
  • 15:05, 3 March 2024 \(1 uploaded \)3 (A pattern with repeating stripes)
  • 15:05, 3 March 2024 \(1 created page \)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))
  • 14:36, 3 March 2024 \(1 created page \)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 \(1 created page \)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.)
  • 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.)
  • 18:08, 28 February 2024 \(1 changed group membership for \)3 from (none) to administrator and interface administrator
  • 18:08, 28 February 2024 \(1 changed group membership for \)3 from (none) to administrator and interface administrator
  • 18:07, 28 February 2024 User account \(3 was created by \)1 and password was sent by email
  • 18:06, 28 February 2024 User account \(3 was created by \)1 and password was sent by email
  • 10:00, 24 February 2024 \(1 created page \)3 (Created page with "When designing a self-assembling system, the desired goal may be the creation of an assembly with a target shape. However, it may instead be an assembly that serves as surface...")
  • 15:40, 8 May 2023 \(1 created page \)3 (Created page with "{{SoftwareTemplate |Name=Slat Generator API: Utility scripts for working in the aSAM and kSAM |Description=The Slat Generator API is a set of utility scripts to facilitate wor...")
  • 08:33, 30 April 2023 \(1 created page \)3 (Created page with "{{SoftwareTemplate |Name=WebTAS |Description=WebTAS is browser-based simulator for the abstract Tile Assembly Model (aTAM) allows users to load and simulate systems, and t...")
  • 20:36, 26 April 2023 \(1 created page \)3 (Created page with "{{SoftwareTemplate |Name=RodSim: An Optimized Simulator for the aSAM$^-$ and kSAM |Description=RodSim is an abstract Slat Assembly Model (aSAM) and kinetic Slat Assembly...")
  • 20:21, 26 April 2023 \(1 created page \)3 (Created page with "{{SoftwareTemplate |Name=SlatTAS |Description=SlatTAS is an abstract Slat Assembly Model (aSAM) simulator written in Python that allows users to simulate and visualize ass...")
  • 11:57, 24 April 2023 \(1 created page \)3 (Created page with "The kinetic Slat Assembly Model is a more physically realistic model of the self-assembly of slats as defined in the Abstract Slat Assembly Model (aSAM). It is based off o...")
  • 21:53, 23 April 2023 \(1 created page \)3 (Created page with "The abstract Slat Assembly Model (aSAM) is essentially a restricted version of the Polyomino Tile Assembly Model (polyTAM) \cite{Polyominoes}. The polyTAM itself is a generali...")
  • 13:20, 30 July 2022 \(1 uploaded \)3 (Figure 2 from "DNA walker circuits: computational potential, design, and verification" by Dannenberg et al (2014).)
  • 13:20, 30 July 2022 \(1 created page \)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).)
  • 15:35, 29 July 2022 \(1 created page \)3 (Figure 1 from "DNA walker circuits: computational potential, design, and verification" by Dannenberg et al (2014).)
  • 13:55, 25 July 2022 \(1 created page \)3 (Created page with "{{PaperTemplate |date=2014/06/07 |abstract=Unlike their traditional, silicon counterparts, DNA computers have natural interfaces with both chemical and biological systems. The...")
  • 15:22, 17 July 2022 \(1 created page \)3 (Created page with "Category:Self-assembly ==Overview== <insert text here> <ref name=naturednapunchcards/>. ==Results== <insert text here> ==References== <references> <ref name="auxetic2d"...")
  • 21:19, 13 July 2022 \(1 uploaded \)3
  • 21:19, 13 July 2022 \(1 created page \)3
  • 17:20, 13 July 2022 \(1 created page \)3 (Created page with "Category:Self-assembly ==Overview== A typical aTAM tile set capable of universal computation can be quite large. Using mazes consisting of polyominoes, much smaller tile s...")
  • 14:48, 13 July 2022 \(1 uploaded \)3 (Figure 3 from "Small tile sets that compute while solving mazes" by Cook et al (2021).)
  • 14:48, 13 July 2022 \(1 created page \)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).)
  • 14:43, 13 July 2022 \(1 created page \)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).)
  • 14:24, 13 July 2022 \(1 created page \)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).)
  • 14:11, 13 July 2022 \(1 created page \)3 (Figure 1 from "Small tile sets that compute while solving mazes" by Cook et al (2021).)
  • 11:57, 13 July 2022 \(1 created page \)3 (Created page with "{{PaperTemplate |date=2021/06/30 |abstract=We ask the question of how small a self-assembling set of tiles can be yet have interesting computational behaviour. We study this q...")
  • 14:53, 26 June 2022 \(1 created page \)3 (Created page with "Category:Self-assembly ==Overview== insert text here<ref name=naturednapunchcards/>. ==Results== insert text here ==References== <references> <ref name="naturednapunchca...")
  • 12:22, 24 June 2022 \(1 created page \)3 (Created page with "{{PaperTemplate |date=2017/09/15 |abstract=Two critical challenges in the design and synthesis of molecular robots are modularity and algorithm simplicity. We demonstrate thre...")
  • 20:24, 22 June 2022 \(1 created page \)3 (Created page with "{{PaperTemplate |date=2016/09/15 |abstract=We demonstrate a strategy to trigger and finely control the assembly of supramolecular DNA nanostructures with pH. Control is achiev...")
  • 20:15, 22 June 2022 \(1 created page \)3 (Created page with "Category:Self-assembly ==Overview== Responsive self-assembling DNA nanostructures generally take intensity or input concentration as inputs, with the responses to these in...")
  • 11:49, 20 June 2022 \(1 created page \)3 (Created page with "==Overview== ==Results== ==References==")
  • 14:34, 14 June 2022 \(1 uploaded \)3 (Covert Computation in Self-Assembled Circuits by Cantu et al. p. 17)
  • 14:34, 14 June 2022 \(1 created page \)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)
  • 12:52, 14 June 2022 \(1 created page \)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)
  • 12:44, 14 June 2022 \(1 created page \)3 (Covert Computation in Self-Assembled Circuits by Cantu et al. p. 10)
  • 12:09, 14 June 2022 \(1 created page \)3 (Created page with "Category:Self-assembly ==Overview== Typically, algorithmic self-assembly leaves behind a permanent record of every step of the computation in the form of a final assembly....")
  • 11:49, 14 June 2022 \(1 uploaded \)3 (Covert Computation in Self-Assembled Circuits by Cantu, et al. p. 9)
  • 11:49, 14 June 2022 \(1 created page \)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)
  • 11:42, 14 June 2022 \(1 created page \)3 (Covert Computation in Self-Assembled Circuits by Cantu, et al. p. 8)
  • 10:19, 14 June 2022 \(1 moved page \)3 to Covert Computation in Self-Assembled Circuits without leaving a redirect
  • 10:18, 14 June 2022 \(1 moved page \)3 to Covert Computation and Self-Assembled Circuits without leaving a redirect
  • 10:15, 14 June 2022 \(1 created page \)3 (Created page with "{{PaperTemplate |date=2019/08/16 |abstract=Traditionally, computation within self-assembly models is hard to conceal because the self-assembly process generates a crystalline...")
  • 11:30, 10 June 2022 \(1 created page \)3 (Created page with "{{PaperTemplate |title=Universal Shape Replication Via Self-Assembly With Signal-Passing Tiles |abstract=In this paper, we investigate shape-assembling power of a tile-based m...")
  • 11:28, 10 June 2022 \(1 uploaded \)3 (Paper Title: "Universal Shape Replication Via Self-Assembly With Signal-Passing Tiles")
  • 11:28, 10 June 2022 \(1 created page \)3 (Paper Title: "Universal Shape Replication Via Self-Assembly With Signal-Passing Tiles")
  • 14:58, 30 May 2022 \(1 changed group membership for \)3 from (none) to interface administrator and bureaucrat
  • 14:58, 30 May 2022 \(1 changed group membership for \)3 from (none) to interface administrator and bureaucrat
  • 14:56, 30 May 2022 User account \(3 was created by \)1
  • 14:55, 30 May 2022 User account \(3 was created by \)1
  • 12:03, 3 August 2021 \(1 created page \)3 (Created page with "This page will contain a definition of a ``Window Movie Lemma'' and a brief survey of such lemmas which have been defined and utilized in various papers.")
  • 12:01, 3 August 2021 \(1 changed group membership for \)3 from \(4 to \)5
  • 11:59, 3 August 2021 \(1 changed group membership for \)3 from (none) to bot and bureaucrat
  • 11:58, 3 August 2021 User account \(3 was created by \)1
  • 13:57, 22 June 2021 \(1 created page \)3 (Created page with "{{PaperTemplate |title=Diverse and Robust Molecular Algorithms Using Reprogrammable DNA Self-Assembly |abstract=“Molecular biology provides an inspiring proof-of-principle t...")
  • 14:40, 8 June 2021 \(1 changed group membership for \)3 from (none) to bot, administrator and bureaucrat
  • 14:40, 8 June 2021 \(1 changed group membership for \)3 from (none) to bot, administrator and bureaucrat
  • 14:40, 8 June 2021 \(1 changed group membership for \)3 from (none) to bot, administrator and bureaucrat
  • 14:38, 8 June 2021 User account \(3 was created by \)1
  • 14:36, 8 June 2021 User account \(3 was created by \)1
  • 14:35, 8 June 2021 User account \(3 was created by \)1
  • 08:54, 23 July 2020 \(1 uploaded \)3 (Oritatami binary counter.)
  • 08:54, 23 July 2020 \(1 created page \)3 (Oritatami binary counter.)
  • 16:25, 18 July 2020 \(1 created page \)3 (Picture of RNA transcription.)
  • 16:25, 18 July 2020 \(1 uploaded \)3 (Picture of RNA transcription.)
  • 12:52, 8 July 2020 \(1 moved page \)3 to IU Results in Diffusion-Restricted and Directed aTAMs without leaving a redirect (better titile)
  • 07:32, 7 June 2020 \(1 created page \)3 (Short article about diffusion-restricted TASs.)
  • 09:35, 4 June 2020 \(1 changed group membership for \)3 from (none) to administrator and bureaucrat
  • 09:34, 4 June 2020 User account \(3 was created by \)1 (Account for REU student Kyle Sadler)
  • 09:31, 4 June 2020 \(1 changed group membership for \)3 from (none) to administrator and bureaucrat
  • 09:25, 4 June 2020 User account \(3 was created by \)1 (Account for REU student Arthur Logan)
  • 21:05, 14 August 2019 \(1 created page \)3 (Created page with "Random Number Selection A paper demonstrating three methods of utilizing nondeterminism to generate uniform random numbers in the aTAM displaying various relations between sp...")
  • 08:43, 4 August 2019 \(1 uploaded \)3
  • 08:43, 4 August 2019 \(1 created page \)3
  • 14:15, 1 August 2019 \(1 created page \)3 (Created page with "==Abstract== While biology demonstrates that molecules can reliably transfer information and compute, design principles for implementing complex molecular computations in vitr...")
  • 20:14, 31 July 2019 \(1 uploaded \)3
  • 20:14, 31 July 2019 \(1 created page \)3
  • 21:51, 29 July 2019 \(1 created page \)3 (Created page with "Category:Self-assembly ==Abstract== Sending signals through DNA-based structures is one of the methods used to enhance the capabilities of DNA self-assembly systems. Sign...")
  • 21:44, 29 July 2019 \(1 uploaded \)3
  • 21:44, 29 July 2019 \(1 created page \)3
  • 13:52, 28 July 2019 \(1 uploaded \)3
  • 13:52, 28 July 2019 \(1 created page \)3
  • 13:51, 28 July 2019 \(1 uploaded \)3
  • 13:51, 28 July 2019 \(1 created page \)3
  • 13:51, 28 July 2019 \(1 uploaded \)3
  • 13:51, 28 July 2019 \(1 created page \)3
  • 13:26, 25 July 2019 \(1 created page \)3 (Created page with "==Abstract== Self-assembly is a process which is ubiquitous in natural, especially biological systems. It occurs when groups of relatively simple components spontaneously comb...")
  • 13:24, 25 July 2019 \(1 uploaded \)3
  • 13:24, 25 July 2019 \(1 created page \)3
  • 22:41, 23 July 2019 \(1 created page \)3 (Adaptation of the page of the same name(Limitations of Self-Assembly at Temperature 1).)
  • 12:40, 23 July 2019 \(1 created page \)3 (Created page with "Category:Self-assembly This paper explores some of the potential uses of nano scale DNA facilitated self assembled systems. Rather than exploring the power and capabilitie...")
  • 12:35, 23 July 2019 \(1 uploaded \)3
  • 12:35, 23 July 2019 \(1 created page \)3
  • 16:25, 17 July 2019 \(1 uploaded \)3
  • 16:25, 17 July 2019 \(1 created page \)3
  • 16:24, 17 July 2019 \(1 uploaded \)3
  • 16:24, 17 July 2019 \(1 created page \)3
  • 16:22, 17 July 2019 \(1 created page \)3 (Created page with "==Abstract== We explore relationships between two models of systems which are governed by only the local interactions of large collections of simple components: cellular autom...")
  • 20:17, 15 July 2019 \(1 created page \)3 (Strict self assembly of discrete self similar Sierpinski shapes in a generalization of the 2HAM model, called h-HAM)
  • 20:05, 15 July 2019 \(1 uploaded \)3 (Hierarchical diagram showing the assembly of the non-tree sierpinski triangle in the hham system)
  • 20:05, 15 July 2019 \(1 created page \)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)
  • 19:55, 15 July 2019 \(1 created page \)3 (Results pertaining to the new h-ham model and its capability to strictly assemble fractal shapes)
  • 11:45, 12 July 2019 \(1 created page \)3 (Created page with "A method for assembling all discrete self-similar fractals in the STAM, and a specific example of a tile set for assembling the Sierpinski triangle. ==Abstract== In this pape...")
  • 22:24, 9 July 2019 \(1 uploaded \)3
  • 22:24, 9 July 2019 \(1 created page \)3
  • 22:23, 9 July 2019 \(1 uploaded \)3
  • 22:23, 9 July 2019 \(1 created page \)3
  • 22:22, 9 July 2019 \(1 created page \)3 (Created page with "==Abstract== Nature is filled with examples of self-assembling systems. Some of the systems can be made from impressively small sets, such as proteins that assembly from 20 am...")
  • 15:16, 8 July 2019 \(1 created page \)3 (2D non cooperative pumping lemma result)
  • 15:13, 8 July 2019 \(1 uploaded \)3 (Figure 4.1 from Non-cooperatively assembling large structures:a 2Dpumping lemma cannot be as powerful as its 1Dcounterpart; https://arxiv.org/pdf/1902.02253.pdf)
  • 15:13, 8 July 2019 \(1 created page \)3 (Figure 4.1 from Non-cooperatively assembling large structures:a 2Dpumping lemma cannot be as powerful as its 1Dcounterpart; https://arxiv.org/pdf/1902.02253.pdf)
  • 14:45, 7 July 2019 \(1 created page \)3 (Overview of the paper in reference 1.)
  • 14:37, 7 July 2019 \(1 uploaded \)3 (Image for article on fractals in 2HAM, destination page 4-sided Fractals in the 2HAM.)
  • 14:37, 7 July 2019 \(1 created page \)3 (Image for article on fractals in 2HAM, destination page 4-sided Fractals in the 2HAM.)
  • 14:37, 7 July 2019 \(1 uploaded \)3 (Image for article on fractals in 2HAM, destination page 4-sided Fractals in the 2HAM.)
  • 14:37, 7 July 2019 \(1 created page \)3 (Image for article on fractals in 2HAM, destination page 4-sided Fractals in the 2HAM.)
  • 14:37, 7 July 2019 \(1 uploaded \)3 (Image for article on fractals in 2HAM, destination page 4-sided Fractals in the 2HAM.)
  • 14:37, 7 July 2019 \(1 created page \)3 (Image for article on fractals in 2HAM, destination page 4-sided Fractals in the 2HAM.)
  • 14:07, 2 July 2019 \(1 uploaded \)3
  • 14:07, 2 July 2019 \(1 created page \)3
  • 14:06, 2 July 2019 \(1 created page \)3 (Created page with "Category:Self-assembly ==Overview== Geometric hindrance uses tile geometry to provide additional selection for which tiles may attach beyond glue labels. Tiles or tile a...")
  • 12:56, 1 July 2019 \(1 deleted page \)3 (Broken redirect: content was: " ", and the only contributor was "Jaschacvanbrunt" (talk))
  • 12:51, 1 July 2019 \(1 created page \)3 (Created page with "https://en.wikipedia.org/wiki/Wang_tile")
  • 12:32, 1 July 2019 \(1 created page \)3 (Created page with "Category:Self-assembly DNA-assisted swarm control in a biomolecular motor system ==Abstract== In nature, swarming behavior has evolved repeatedly among motile organisms...")
  • 12:27, 1 July 2019 \(1 uploaded \)3 (Fig 5 from DNA-assisted swarm control in a biomolecular motor system, by Keya et al.)
  • 12:27, 1 July 2019 \(1 created page \)3 (Fig 5 from DNA-assisted swarm control in a biomolecular motor system, by Keya et al.)
  • 12:11, 1 July 2019 \(1 uploaded \)3 (Fig. 3 from DNA-assisted swarm control in a biomolecular motor system, keya et al.)
  • 12:11, 1 July 2019 \(1 created page \)3 (Fig. 3 from DNA-assisted swarm control in a biomolecular motor system, keya et al.)
  • 10:43, 28 June 2019 \(1 created page \)3 (Planning to extend with mention of Michael's work, plus the install guide as it grows.)
  • 10:37, 25 June 2019 \(1 uploaded \)3
  • 10:37, 25 June 2019 \(1 created page \)3
  • 11:47, 24 June 2019 \(1 uploaded \)3
  • 11:47, 24 June 2019 \(1 created page \)3
  • 11:43, 24 June 2019 \(1 created page \)3 (Created page with "Category:Self-assembly The three focuses for <ref name=circuit/> when simulating a circuit using single-stranded tiles were managing the complexities of the design and exp...")
  • 13:31, 21 June 2019 \(1 created page \)3 (Created page with "__TOC__ ==Informal Description of the Model== The Nubot model was developed to capture some of the dynamics present in living biological systems. Particularly, the goal was to...")
  • 12:30, 21 June 2019 \(1 created page \)3 (Tile Automata general page)
  • 12:14, 21 June 2019 \(1 uploaded \)3 (Example of a simple Tile Automata system. created by JCA.)
  • 12:14, 21 June 2019 \(1 created page \)3 (Example of a simple Tile Automata system. created by JCA.)
  • 19:10, 20 June 2019 \(1 uploaded \)3
  • 19:10, 20 June 2019 \(1 created page \)3
  • 14:46, 17 June 2019 \(1 created page \)3 (Created page with "Category:Self-assembly aTAM progresses under the assumption that all reactants (tiles, assemblies, etc.) coexist in a test tube environment at equal and constant concentra...")
  • 14:43, 17 June 2019 \(1 uploaded \)3 (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.)
  • 14:43, 17 June 2019 \(1 created page \)3 (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.)
  • 14:19, 17 June 2019 \(1 created page \)3 (Created page with "Category:Self-assembly NP (non-deterministic polynomial time) hard problems are those that all NP problems can be reduced to in polynomial time, so a polynomial solution...")
  • 15:20, 14 June 2019 \(1 created page \)3 (Added TBN page.)
  • 14:47, 14 June 2019 \(1 uploaded \)3 (Image describing an implementation of the logical AND gate in the TBN model.)
  • 14:47, 14 June 2019 \(1 created page \)3 (Image describing an implementation of the logical AND gate in the TBN model.)
  • 15:07, 10 June 2019 \(1 created page \)3 (CRN, chemical reaction networks)
  • 14:09, 5 June 2019 \(1 created page \)3 (Created page with "{{PaperTemplate |title=Solving np-Complete Problems in the Tile Assembly Model |abstract=Formalized study of self-assembly has led to the definition of the tile assembly model...")
  • 14:00, 5 June 2019 \(1 created page \)3 (Added page.)
  • 14:25, 4 June 2019 \(1 created page \)3 (Amoebots, a programmable matter computational model)
  • 14:20, 4 June 2019 \(1 uploaded \)3 (Amoebot particles forming a bridge across a gapped structure.)
  • 14:20, 4 June 2019 \(1 created page \)3 (Amoebot particles forming a bridge across a gapped structure.)
  • 13:56, 4 June 2019 \(1 uploaded \)3 (Introductory image to illustrate the configurations Amoebot particles might embody on the triangular lattice.)
  • 13:56, 4 June 2019 \(1 created page \)3 (Introductory image to illustrate the configurations Amoebot particles might embody on the triangular lattice.)
  • 13:50, 31 May 2019 \(1 created page \)3 (An illustration of a bit reading gadget which makes use of duple tiles at temperature 1)
  • 13:50, 31 May 2019 \(1 uploaded \)3 (An illustration of a bit reading gadget which makes use of duple tiles at temperature 1)
  • 11:37, 31 May 2019 \(1 created page \)3 (Created page with "{{PaperTemplate |title=Running Time and Program Size for Self-assembled Squares |abstract=|abstract=Recently Rothemund and Winfree [6] have considered the program size complex...")
  • 14:40, 30 May 2019 \(1 created page \)3 (Created page with "{{PaperTemplate |title=The Non-cooperative Tile Assembly Model Is Not Intrinsically Universal or Capable of Bounded Turing Machine Simulation |abstract=The field of algorithmi...")
  • 14:33, 30 May 2019 \(1 deleted page \)3
  • 14:32, 30 May 2019 \(1 uploaded \)3
  • 14:32, 30 May 2019 \(1 created page \)3
  • 17:24, 21 May 2019 \(1 changed group membership for \)3 from (none) to administrator and bureaucrat
  • 17:23, 21 May 2019 \(1 changed group membership for \)3 from (none) to administrator and bureaucrat
  • 17:23, 21 May 2019 \(1 changed group membership for \)3 from (none) to bot, administrator and bureaucrat
  • 17:22, 21 May 2019 \(1 changed group membership for \)3 from (none) to bot, administrator and bureaucrat
  • 17:19, 21 May 2019 User account \(3 was created by \)1
  • 17:17, 21 May 2019 User account \(3 was created by \)1
  • 17:06, 21 May 2019 User account \(3 was created by \)1
  • 17:04, 21 May 2019 User account \(3 was created by \)1
  • 16:22, 12 July 2018 \(1 uploaded \)3
  • 16:18, 12 July 2018 \(1 uploaded \)3 (A screenshot from PyTAS of the AdderArray forming in a simulation.)
  • 08:53, 15 August 2017 \(1 uploaded \)3
  • 08:44, 15 August 2017 \(1 uploaded \)3
  • 14:26, 8 August 2017 \(1 changed group membership for \)3 from (none) to administrator and bureaucrat
  • 14:25, 8 August 2017 User account \(3 was created by \)1
  • 00:34, 17 July 2017 \(1 uploaded \)3
  • 14:52, 30 June 2017 \(1 uploaded \)3 (The delay 4 system where the hinge is in the up position.)
  • 14:52, 30 June 2017 \(1 uploaded \)3 (The delay 4 system where the hinge is in the down position.)
  • 14:51, 30 June 2017 \(1 uploaded \)3 (The delay 3 system where the hinge is in the up position.)
  • 14:50, 30 June 2017 \(1 uploaded \)3 (The delay 3 system where the hinge is in the up position.)
  • 14:49, 30 June 2017 \(1 uploaded \)3 (An oritatami system at delay 3 which can't be simply simulated by any system with delay less than 3, and an oritatami system at delay 4 which can't be simply simulated by any system with delay less than 4.)
  • 21:43, 18 May 2017 \(1 uploaded \)3 (Python source code for OritatamiSim)
  • 01:45, 16 January 2017 \(1 changed group membership for \)3 from (none) to bot, administrator and bureaucrat
  • 01:44, 16 January 2017 User account \(3 was created by \)1
  • 16:06, 27 July 2016 \(1 moved page \)3 to Intrinsic Universality of the aTAM without leaving a redirect
  • 14:21, 27 July 2016 \(1 deleted page \)3 (content was: "#REDIRECT DNA Origami" (and the only contributor was "Msharp"))
  • 14:20, 27 July 2016 \(1 moved page \)3 to DNA Origami
  • 10:14, 25 July 2016 \(1 uploaded \)3
  • 10:13, 25 July 2016 \(1 uploaded \)3
  • 11:00, 20 July 2016 \(1 moved page \)3 to Staged Tile Assembly Model
  • 10:05, 20 July 2016 \(1 moved page \)3 to Signal-passing Tile Assembly Model (STAM)
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  • 13:01, 31 May 2016 \(1 uploaded \)3 (Banner Image)
  • 14:19, 23 May 2016 \(1 changed group membership for \)3 from (none) to administrator and bureaucrat
  • 14:18, 23 May 2016 User account \(3 was created by \)1
  • 11:05, 10 July 2015 \(1 moved page \)3 to The Signal-passing Tile Assembly Model (STAM) (Correcting the title)
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  • 12:24, 2 July 2015 \(1 uploaded \)3 (A Figure from the STEM paper to demonstrate an example.)
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  • 14:32, 20 May 2015 \(1 changed group membership for \)3 from \(4 to \)5 (Also because he's going to add some content!)
  • 14:31, 20 May 2015 \(1 changed group membership for \)3 from (none) to administrator (He's going to add some content!)
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  • 09:37, 30 June 2014 \(1 uploaded \)3
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  • 14:34, 12 June 2014 \(1 uploaded \)3 (Code samples for the paper "noncooperative algorithms in self-assembly" (Pierre-Étienne Meunier).)
  • 15:58, 27 May 2014 \(1 deleted page \)3 (content was: "{{#ask: Category:paper |?has abstract |sort=has abstract |order=ASC,DESC }}" (and the only contributor was "Wiki admin"))
  • 15:58, 27 May 2014 \(1 moved page \)3 to Speed of Assembly in the 2HAM
  • 15:57, 27 May 2014 \(1 moved page \)3 to Building finite shapes in the aTAM
  • 15:46, 27 May 2014 \(1 deleted page \)3 (content was: "#REDIRECT supertile" (and the only contributor was "Bobby"))
  • 15:45, 27 May 2014 \(1 deleted page \)3 (content was: "Here are some results in the aTAM." (and the only contributor was "Jhendricks"))
  • 15:44, 27 May 2014 \(1 deleted page \)3 (content was: "See Two-Handed Assembly Model (2HAM)" (and the only contributor was "Wiki admin"))
  • 15:44, 27 May 2014 \(1 deleted page \)3 (content was: "We associate with each tile $i \in T$ a nonnegative probability $p_i$ , such that $\sum_{i\in T} P_i = 1$. We assume that the tile system has an infinite supply o..." (and the only contributor was "Winston"))
  • 15:43, 27 May 2014 \(1 deleted page \)3 (content was: "A tile type is a specific definition of a ''class'' of tiles." (and the only contributor was "Wiki admin"))
  • 15:42, 27 May 2014 \(1 deleted page \)3 (content was: "Tile (or monomer) are individual components of self assembly. It is a model of molecules constructed from DNA for the purpose of engineering selfassembled nanostructures == Formal definition == In aTAM, tiles can be thought of...")
  • 15:41, 27 May 2014 \(1 deleted page \)3 (content was: "A ''supertile'' is a structure == Formal description == === Configuration === A ''configuration'' is a function <m>C:\mathbb{Z} \to T \union \{empty\}</m> where e..." (and the only contributor was "Bobby"))
  • 15:41, 27 May 2014 \(1 deleted page \)3 (content was: "Staged assembly modifies ATAM/2HAM by enabling tiles or supertiles to be combined in a sequence of stages. Generally, '''bins''' contain specified groups of t..." (and the only contributor was "Bobby"))
  • 15:37, 27 May 2014 \(1 deleted page \)3 (content was: "There are perhaps two different categories of self-assembly: passive and active. In passive self-assembly the objects of the system are simple, stagnant parti..." (and the only contributor was "Mjsherman"))
  • 15:36, 27 May 2014 \(1 deleted page \)3 (content was: "Temperature-1 systems utilizing geometry can efficiently simulate a powerful class of temperature-2 aTAM systems. This class of systems, called zig-zag systems, i..." (and the only contributor was "Winston"))
  • 15:36, 27 May 2014 \(1 deleted page \)3 (content was: "Deterministic assemblies (as opposed to probablistic assemblies) proceed by growing a supertile starting with tile s at position (..." (and the only contributor was "Wiki admin"))
  • 15:35, 27 May 2014 \(1 deleted page \)3 (content was: "In concentration programming, the concentrations of tile types are used to "program" input to the system. Roughly speaking, the higher the concentration of a part..." (and the only contributor was "Winston"))
  • 15:30, 27 May 2014 \(1 deleted page \)3 (content was: "The ''enzyme self-assembly model'', a modified version of aTAM, is based on the ability of ribonuclease (RNase) to catalyze the degradation of RNA, but ..." (and the only contributor was "Wiki admin"))
  • 15:29, 27 May 2014 \(1 deleted page \)3 (content was: "One of the most fundamental computational problems in self-assembly is the problem of deciding whether a given self-assembly system uniquely assembles into ..." (and the only contributor was "Wiki admin"))
  • 15:29, 27 May 2014 \(1 deleted page \)3 (content was: "A ''staged assembly system'' is a 3-tuple <m>(M_{r,b},\{T_{i,j}\},\{\tau_{i,j}\})</m> where <m>M_{r,b}</m> is an r-stage b-bin mix graph" (and the only contributor was "Wiki admin"))
  • 15:24, 27 May 2014 \(1 deleted page \)3 (content was: "== Tiles == Consider some alphabet of glue types $\Pi$. A tile is a finite edge polygon with some finite subset of border points each assigned some glue type from $\Pi$. Further, each glue type $g \in \Pi$ has some rational number str...")
  • 15:10, 27 May 2014 \(1 deleted page \)3 (content was: "It is often desirable to quantify a particular aspect of a TAM or construction therein. Several common complexity classes have been identified. Categ..." (and the only contributor was "Wiki admin"))
  • 15:10, 27 May 2014 \(1 deleted page \)3 (content was: "The tile complexity (sometimes called the program-size complexity) is the number of unique tile types of the system. Category:Complexity Cl..." (and the only contributor was "Wiki admin"))
  • 15:10, 27 May 2014 \(1 deleted page \)3 (content was: "Stage complexity is the number of stages that a particular tile system must progress through in order to produce a terminal assembly. Cate..." (and the only contributor was "Wiki admin"))
  • 14:35, 1 April 2014 \(1 uploaded \)3 (Haskell version, to be used with Parry-0.1, of the 2PATS exhaustive search.)
  • 09:46, 30 March 2014 \(1 changed group membership for \)3 from (none) to bureaucrat
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  • 09:32, 30 March 2014 \(1 changed group membership for \)3 from (none) to bureaucrat
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  • 09:18, 30 March 2014 \(1 uploaded \)3
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  • 16:17, 12 August 2013 \(1 moved page \)3 to Tile Assembly Examples
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  • 14:13, 12 August 2013 \(1 uploaded \)3 (The "base" tiles of the Serpenski triangle self-assembling. )
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  • 13:30, 24 July 2013 \(1 moved page \)3 to The Three Windows
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  • 15:07, 17 July 2013 \(1 deleted page \)3 (Deleted old revision 20130717200729!Simulation_window.png: Updated)
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  • 15:05, 17 July 2013 \(1 deleted page \)3 (Deleted old revision 20130717200515!Tileset_editor_00.png: Updated)
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  • 15:05, 17 July 2013 \(1 deleted page \)3 (Deleted old revision 20130717200441!Simulation_window.png: Updated)
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  • 14:25, 17 July 2013 \(1 uploaded \)3 (Full screenshot of simulation window)
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  • 15:59, 12 July 2013 \(1 uploaded \)3 (4 tiles that simulate the line assembled from a single tile.)
  • 15:59, 12 July 2013 \(1 uploaded \)3 (A single tile that assembles a line (temp <= 2).)
  • 15:58, 12 July 2013 \(1 uploaded \)3 (A line simulated by 2-block supertiles.)
  • 17:23, 11 June 2013 \(1 uploaded \)3
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  • 12:21, 11 June 2013 \(1 uploaded \)3 (The block used as a replacement in snaked proofreading.)
  • 12:20, 11 June 2013 \(1 uploaded \)3 (The block used as a replacement in standard proofreading.)
  • 12:20, 11 June 2013 \(1 uploaded \)3 (A tile type from the original, unaltered tile set.)
  • 12:00, 11 June 2013 \(1 uploaded \)3 (Replacing a "0-0" rule tile)
  • 11:59, 11 June 2013 \(1 uploaded \)3 (Replacing a "0-1" rule tile)
  • 11:48, 11 June 2013 \(1 uploaded \)3 (High level schematic of nxn square)
  • 11:46, 11 June 2013 \(1 uploaded \)3 (High level schematic of nxn square)
  • 15:17, 5 June 2013 \(1 moved page \)3 to Sierpinski triangle in the aTAM (Needed to add more tutorials that involved Sierpinski triangles, so the original page name was too general)
  • 14:21, 5 June 2013 \(1 uploaded \)3 (Y-axis tile)
  • 14:21, 5 June 2013 \(1 uploaded \)3 (X-axis tile)
  • 14:20, 5 June 2013 \(1 uploaded \)3 (How the Seed tile should look when using TAS to create a Sierpinski Triangle)
  • 14:20, 5 June 2013 \(1 uploaded \)3 (Output of TAS for Sierpinski Triangle)
  • 14:18, 5 June 2013 \(1 uploaded \)3 (Four tiles representing XOR operations as used in Sierpinski Triangle tile assembly.)
  • 11:40, 1 June 2013 \(1 uploaded \)3 (The only new supertile producible after the fourth step of combinations, and which is the unique terminal assembly of the system)
  • 11:39, 1 June 2013 \(1 uploaded \)3 (The only new supertile producible after the third step of combinations)
  • 11:39, 1 June 2013 \(1 uploaded \)3 (Figure 3: The new supertiles producible after the second step of combinations)
  • 11:38, 1 June 2013 \(1 deleted page \)3 (Deleted old revision 20130601163757!2HAM-example-tileset.png: leave me alone)
  • 11:37, 1 June 2013 \(1 uploaded a new version of \)3 (Figure 1: The tile set (a.k.a. singleton tiles) for the 2HAM example system)
  • 11:37, 1 June 2013 \(1 uploaded \)3 (Figure 2: The new supertiles producible after one step of combinations)
  • 11:36, 1 June 2013 \(1 uploaded \)3 (The tile set (a.k.a. singleton tiles) for the 2HAM example system)
  • 10:22, 1 June 2013 \(1 uploaded \)3 (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.)
  • 10:22, 1 June 2013 \(1 uploaded \)3 (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.)
  • 10:21, 1 June 2013 \(1 deleted page \)3 (typo)
  • 10:19, 1 June 2013 \(1 uploaded \)3 (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.)
  • 10:04, 1 June 2013 \(1 uploaded \)3 (The "rule" tile types which compute and represent the values of the counter)
  • 10:03, 1 June 2013 \(1 uploaded \)3 (The tile types which form the border of the counter)
  • 18:42, 30 May 2013 \(1 uploaded \)3 (Before the erroneously attached tile can detach, another tile attaches with 2 matching bonds so that all tiles are now connected by two correctly formed bonds)
  • 18:41, 30 May 2013 \(1 uploaded \)3 (The binding of a tile via a single glue)
  • 18:40, 30 May 2013 \(1 uploaded \)3 (A partial assembly which is error-free)
  • 12:06, 22 May 2013 \(1 uploaded \)3 (Before the erroneously attached tile can detach, another tile (shown by arrow) attaches with 2 matching bonds so that all tiles are now connected by two correctly formed bonds.)
  • 12:04, 22 May 2013 \(1 uploaded \)3 (The binding of a tile with one glue match and one mismatch (shown by arrow).)
  • 11:54, 22 May 2013 \(1 uploaded \)3 (A partial assembly which is error-free.)
  • 11:49, 22 May 2013 \(1 uploaded \)3 (A view of the $9 \times 9$ square of tiles at the bottom right corner of the weakly self-assembled Sierpinski triangle. Note that the terminal assembly would actually continue infinitely far up and to the left.)
  • 11:41, 22 May 2013 \(1 uploaded \)3 (The tile types for weakly self-assembling the Sierpinski triangle.)
  • 14:26, 21 May 2013 \(1 deleted page \)3 (Made a new page with a more accurate title.)
  • 13:37, 21 May 2013 \(1 deleted page \)3 (Made a new aTAM page.)
  • 12:31, 21 May 2013 \(1 uploaded \)3 (An example tile that has glue of strength 0 on the left (W) and bottom (S), glue of color 'a' and strength 2 on the top (N), and glue of color 'b' and strength 1 on the right (E). This tile also has label 'L'.)
  • 12:10, 21 May 2013 \(1 uploaded \)3 (An example tile that has glue of strength 0 on the left (W) and bottom (S), glue of color 'a' and strength 2 on the top (N), and glue of color 'b' and strength 1 on the right (E). This tile also has label 'L'.)
  • 00:51, 21 May 2013 \(1 deleted page \)3 (Scratch.)
  • 20:30, 20 May 2013 \(1 deleted page \)3 (scratch)
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  • 20:05, 20 May 2013 \(1 deleted page \)3 (Scratch.)
  • 19:52, 20 May 2013 \(1 deleted page \)3 (From Scratch!)
  • 18:11, 20 May 2013 \(1 deleted page \)3 (Starting from scratch.)
  • 18:10, 20 May 2013 \(1 deleted page \)3 (Starting from scratch.)
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  • 18:09, 20 May 2013 \(1 deleted page \)3 (Starting from scratch.)
  • 13:30, 20 May 2013 \(1 changed group membership for \)3 from (none) to bot, administrator and bureaucrat
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  • 23:54, 9 May 2013 \(1 uploaded \)3 (Profile picture for Trent.)
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  • 01:03, 6 October 2012 \(1 uploaded \)3 (Strict_Self_Assembly)
  • 01:02, 6 October 2012 \(1 uploaded \)3 (Weak_Self_Assembly)
  • 00:16, 3 September 2012 \(1 uploaded \)3 (Examples of geometric tiles. Note that only the black portions on the corners are binding surfaces with glues, while the "teeth" in between provide potential geometric hindrance. Left: Compatible tiles. Right: Incompatible tiles (colliding teeth, which pr)
  • 11:28, 1 May 2012 \(1 uploaded \)3
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  • 01:21, 25 January 2012 \(1 deleted page \)3 (moved to staged assembly)
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  • 18:15, 24 January 2012 \(1 uploaded \)3
  • 16:49, 24 January 2012 \(1 uploaded \)3 (Paper: Complexities for Generalized Models of Self-Assembly)
  • 14:10, 23 January 2012 \(1 uploaded \)3 (Temperature 1 Self-Assembly: Deterministic Assembly in 3D and Probabilistic Assembly in 2D)
  • 11:01, 23 January 2012 \(1 uploaded \)3 (Two Hands Are Better Than One (up to constant factors) )
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  • 23:41, 17 January 2012 \(1 changed group membership for \)3 from \(4 to \)5 (Also making Xingsi a "bureaucrat" since I don't know if that'll be necessary but can't hurt (I think).)
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  • 14:50, 4 December 2011 \(1 moved page \)3 to Two-Handed Assembly Model (2HAM)
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  • 00:18, 4 December 2011 \(1 uploaded \)3 (TCS version)
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  • 20:59, 3 December 2011 \(1 uploaded \)3 (T4 bacteriophage)
  • 20:35, 3 December 2011 \(1 uploaded \)3 (An example snowflake (1))
  • 23:30, 29 November 2011 \(1 deleted page \)3 (content was: "<!-- The page below is already formatted. All that is required is for you to fill in the relevant fields and save page below. Note that LaTeX markup is poss..." (and the only contributor was "Wiki admin"))
  • 23:29, 29 November 2011 \(1 deleted page \)3 (content was: "{{PaperTemplate |title=Magic Tiles |abstract=<m>Z \times Z</m> |authors=Bobby, Sheline |file=nn.pdf }} category:Two-handed assembly (2HAM)" (and the only contributor was "Wiki admin"))
  • 23:28, 29 November 2011 \(1 deleted page \)3 (content was: "<!-- The page below is already formatted. All that is required is for you to fill in the relevant fields and save page below. Note that LaTeX markup is poss..." (and the only contributor was "Wiki admin"))
  • 23:28, 29 November 2011 \(1 deleted page \)3 (content was: "{{PaperTemplate |title=Magic tiles |abstract=This is an example paper about some stuff <m>\{x \in y | x > 0\}</m>. |authors=Burr, Lars, Etc |file=MagnetMatr..." (and the only contributor was "Wiki admin"))
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  • 22:54, 29 November 2011 \(1 moved page \)3 to Identifying Shapes Using Self-Assembly (This links to the full, Algorithmica version rather than the extended abstract of ISAAC.)
  • 22:53, 29 November 2011 \(1 moved page \)3 to Self-Assembly of Arbitrary Shapes Using RNAse Enzymes: Meeting the Kolmogorov Bound with Small Scale Factor (extended abstract) over redirect (Moved wrong paper! At least it's a good chance to check undo, etc.)
  • 22:51, 29 November 2011 \(1 moved page \)3 to Self-Assembly of Arbitrary Shapes Using RNAse Enzymes: Meeting the Kolmogorov Bound with Small Scale Factor (The arxiv link is to the full version for Algorithmica - not the extended abstract for ISAAC)
  • 21:20, 29 November 2011 \(1 changed group membership for \)3 from (none) to bot, administrator and bureaucrat (Adding mpatitz as an admin)
  • 21:18, 29 November 2011 User account \(3 was created by \)1
  • 19:53, 29 November 2011 \(1 uploaded \)3 (FOCS 2010 version)
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  • 01:09, 27 November 2011 \(1 deleted page \)3 (content was: "This is a directory for experimental and theoretical results related to DNA or other nano-scale structures that has been used in previous self-assembly rese..." (and the only contributor was "Wiki admin"))
  • 01:03, 27 November 2011 \(1 deleted page \)3 (content was: "Self assembly is" (and the only contributor was "Wiki admin"))
  • 00:57, 27 November 2011 \(1 deleted page \)3 (content was: "A Tile Assembly Model (TAM) is a paradigm of self assembly derived from Wang tilings. It is based on DNA molecules which are structured so that they behave ..." (and the only contributor was "Wiki admin"))
  • 21:24, 22 November 2011 \(1 uploaded \)3
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  • 21:16, 22 November 2011 \(1 deleted page \)3 (content was: "<noinclude> This is the "test" template. It should be called in the following format: <pre> {{test |asdf= }} </pre> Edit the page to see the template text. ..." (and the only contributor was "Wiki admin"))
  • 21:12, 22 November 2011 \(1 restored page \)3 (6 revisions restored)
  • 20:58, 22 November 2011 \(1 deleted page \)3 (content was: "<noinclude> This is the "paperTemplate" template. It should be called in the following format: <pre> {{paperTemplate |title= |abstract= |authors= |file= }} ..." (and the only contributor was "Wiki admin"))
  • 20:51, 22 November 2011 \(1 deleted page \)3 (content was: "Do you have a paper or journal article in the field of self-assembly you would like to share with the community? Enter the name of the paper below and click..." (and the only contributor was "Wiki admin"))
  • 17:44, 22 November 2011 \(1 uploaded \)3
  • 17:13, 22 November 2011 \(1 deleted page \)3 (content was: "<!-- The page below is already formatted. All that is required is for you to fill in the relevant fields and save page below. Note that LaTeX markup is poss..." (and the only contributor was "Wiki admin"))
  • 04:21, 21 November 2011 \(1 uploaded \)3 (...)