Difference between revisions of "Pattern Self-Assembly"
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| + | A set of Python and Java programs that generate aTAM systems related to these constructions, as well as example systems, can be downloaded here: | ||
| − | [http://self-assembly.net/software/SelfAssembledPatterns/ SelfAssembledPatterns code] Note that the latest version can be found at the bottom of the list. | + | [http://self-assembly.net/software/SelfAssembledPatterns/ SelfAssembledPatterns code] (Note that the latest version can be found at the bottom of the list.) |
Revision as of 17:04, 28 February 2024
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 onto which a desired pattern of cargo molecules are attached. In the domain of the aTAM, this problem is typically represented as the problem of weakly self-assembling a pattern of colored tiles.
To be continued...
A set of Python and Java programs that generate aTAM systems related to these constructions, as well as example systems, can be downloaded here:
SelfAssembledPatterns code (Note that the latest version can be found at the bottom of the list.)
