* Self-assembly (Simple) - It is defined as a process for building complex structures from bottom-up. Self-assembly is ubiquitous in nature taking place among elements at nano scale. In this demo, tiny squares move and self-assemble building diferent comformations. Their black edges represent the sticky property of a nano element and the random movement simulates the typical Brownian motion at microscopic scale. In this particular case, tiny squares attach one another, but stickiness could be programmed 
* Self-assembly (Advanced) - It is defined as a process for building complex structures from bottom-up. Self-assembly is ubiquitous in nature taking place among elements at nano scale. In this demo, tiny squares move and self-assemble building diferent comformations. Their black edges represent the sticky property of a nano element and the random movement simulates the typical Brownian motion at microscopic scale. In this demo, not only tiny squares attach one another but also conformations. As in the demo above, stickiness could be programmed
| Self-assembly videos: The following clips show self-assembly simulations |
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