March 28, 2017 at 2:48 pm (General, Publications)
Tags: adaptive behavior, complex adaptive systems
After many years of service to the community, Ezequiel Di Paolo has stepped down as the Editor-in-Chief of the journal Adaptive Behavior.
I will take over the reins from the current issue onward.
It’s going to be a tough act to follow, but I hope that I will be able to further consolidate the journal as a truly interdisciplinary forum for current research in the mind sciences.
For more information, please read the editorial we co-authored to mark this transition.
Please consider sending us your latest work! 🙂
November 11, 2013 at 10:44 am (Presentations)
Tags: adaptive behavior, altered states of consciousness, complex systems, cybernetics
Last week I gave a poster presentation during the conference Complejidad y multidisciplina: El Centro de Ciencias de la Complejidad de la UNAM, which took place November 4-6, 2013 at Ciudad Universitaria, Mexico City.
“What doesn’t kill you, makes you stronger” A dynamical systems account by Tom Froese, Carlos Gershenson, and David A. Rosenblueth
I also gave the opening talk of the Segundo Coloquio Internacional de Ciencias Cognitivas, which took place November 7-8, 2013 in Cuernavaca, Mexico.
Can altered states of consciousness be adaptive? Two proofs of concept by Tom Froese
Click on the titles of the presentations for PDFs of the poster and the technical report of the talk.
November 6, 2013 at 12:17 pm (Publications)
Tags: adaptive behavior, artificial life, origins of life, synthetic biology
The conference paper I presented with Nathaniel Virgo and Takashi Ikegami at the 2011 European Conference on Artificial Life was selected for a special issue of the journal Artificial Life dedicated to showcasing the best work of that conference. Our expanded paper has finally become available.
Motility at the Origin of Life: Its Characterization and a Model
Tom Froese, Nathaniel Virgo and Takashi Ikegami
Due to recent advances in synthetic biology and artificial life, the origin of life is currently a hot topic of research. We review the literature and argue that the two traditionally competing replicator-first and metabolism-first approaches are merging into one integrated theory of individuation and evolution. We contribute to the maturation of this more inclusive approach by highlighting some problematic assumptions that still lead to an impoverished conception of the phenomenon of life. In particular, we argue that the new consensus has so far failed to consider the relevance of intermediate time scales. We propose that an adequate theory of life must account for the fact that all living beings are situated in at least four distinct time scales, which are typically associated with metabolism, motility, development, and evolution. In this view, self-movement, adaptive behavior, and morphological changes could have already been present at the origin of life. In order to illustrate this possibility, we analyze a minimal model of lifelike phenomena, namely, of precarious, individuated, dissipative structures that can be found in simple reaction-diffusion systems. Based on our analysis, we suggest that processes on intermediate time scales could have already been operative in prebiotic systems. They may have facilitated and constrained changes occurring in the faster- and slower-paced time scales of chemical self-individuation and evolution by natural selection, respectively.