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Molecular Automata - MAYA-I - MAYA-II

Molecular Automata

Automata are self-operating machines, or robots, that are able to analyze a series of "inputs" in a meaningful fashion. We are exploring DNA (deoxyribonucleic acid) as a medium for building automata on a molecular scale. Beginning with automata that can perform molecular computation, we are initially focussing on the construction of molecular automata to play tic-tac-toe (also known as noughts and crosses). Game playing is often used as an unbiased test of new computation media, and the game of tic-tac-toe is one of the simplest games of perfect information and yet a surprisingly complex combinatorial problem.

To date, we have constructed two tic-tac-toe playing molecular automata, known as MAYA (a m_olecular a_rray of Y_ES and A_NDNOT gates):


MAYA-I (published 17 August 2003) plays a symmetry-pruned restricted game of tic-tac-toe. The automaton always goes first in the middle well, and the human player can respond by moving in only two wells.



MAYA-II (published 07 October 2006) plays a non-symmetry-pruned complete game of tic-tac-toe. The automaton still always goes first in the middle well, however the human player may move in any remaining square. MAYA-II is also more user-friendly than it's original counterpart, as it displays both human and automaton moves using a two-color fluorogenic output system.


-- DarkoStefanovic - 01 Apr 2006

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Topic revision: r7 - 2006-10-18 - JoanneMacdonald
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