1. Biological implementation of algorithms and unconventional computing
- Author
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Quiro´z, J.N. Argota, Flores, R. Basurto, Cisneros, T.G. Bermu´dez, Rosales, I.Y. Ferna´ndez, Naranjo, A.G., Sa´nchez, J.C. Go´mez, Jime´nez, M.E. Gonza´lez, Padilla, R.E. Gordillo, Baena, A.J. Leal, Herna´ndez, P.A. Leon, Padilla, P.G., Miller, R. Pen˜a, Gaspar, I.N. Ri´os, Chico, J.C. Rodri´guez, Marti´nez, A. Rodri´guez, Romero, J.P., Arzate, A. Sa´nchez, Barradas, J.S. Aranda, Di´az, D. Araujo, Bracho, A. Becerra, Beni´tez, C., Arteag, C.I. Franco, Quiroz, F. Herna´ndez, Marti´nez, G. Jua´rez, Rabada´n, J. Lo´pez, Salvador, M.C. Oliver, Longoria, P. Padilla, Orozco, R. Palma, Corona, F. Rami´rez, Majarrez, E. Salgado, Hassan, E. Samra, Sa´nchez, C. Silva, Saldan˜a, U. Ve´lez, and Zarate Segura, P.B.
- Abstract
The Mexican iGEM team (http://parts2.mit.edu/wiki/index.php/IPN_UNAM_2006) is a recently established group whose main interest is the implementation of algorithms in biological systems. Our goal is to take advantage of the intrinsic features of these systems in order to explore new approaches to certain computations (unconventional computing). We focus on three different frameworks: cellular automata, reaction-diffusion based computations and approaches from game theory. In the near future we plan to develop real-world applications that not only contribute to the understanding of specific problems in biology, computer science and related disciplines, but that also have a positive social impact. We are optimistic about the great benefits that genetically engineered machines might offer, particularly in a country like Mexico. On the other hand we are also conscious of the risks they involve and would like to stimulate a serious discussion about ethical and legal implications as well as the impact they might have on the community.
- Published
- 2007