Claytronics – The Programmable Matter


Claytronics is a system that can manipulate material electronically almost like the same manner of two-dimensional images can be managed through computer graphics. Claytronics is an emerging area of engineering, modeling on Nano technology and computer engineering. This name also relates to the art of producing clay caricatures of public figures, established in 1996 by an Indian, Charuvi Agrawal.

Claytronics Programmable matter

Claytronics is a future abstract concept that combines nano scale robotics and computer science to create individual nanometer-scale machines called Claytronic atoms, or particles, which can communicate with each other to form tangible 3D objects that a user can associate with. This approach is more broadly related to as programmable matter.

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In Claytronics, numbers of atoms are mentioned as “ensembles“. Each atom within an ensemble can define its position and, linking this knowledge with some overall purpose prescribed for the group as a whole can decide whether to bond with adjacent atoms, or whether to move relativistic to them. Adjusting the response of millions of self-contained units needs the addition of new programming languages very distinct from those used for general applications. Contemporary research is investigating the possibilities of modular reconfigurable robotics and the sophisticated software required to regulate the “shape changing” robots. There are many difficulties connected with programming and testing a high number of discrete modular operations due to the levels of independence that match with each module.

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One employment for Claytronics is a 3-D fax machine that would allow the generation of three-dimensional articles from transmitted information. While plenty of other alternatives have been proposed to accomplish this, it is likely that Claytronics technology would appear in high-speed reproduction. The object to be reproduced could easily be hidden under a cover of atoms that would receive and convey knowledge about the object’s dimensions to a receiving group of atoms that would then prepare themselves to produce an exact reproduction. Another probability is “pario” a move forward from a video that recognizes the manipulation of moving three-dimensional articles, with many potential uses in analysis, composition, and education as well as entertainment.

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