PMMC is a seminar that started in 2023 which encompasses mathematical and computational models of cognition and consciousness. Its aim is to stay updated on novel findings and emerging computational frameworks related to cognition and consciousness. The particularity of this seminar is to go into the technical details (mathematical and formal) of these models and the associated results. The sessions are longer than usual seminars (2h).
To join the mailing list please send a mail to paris-mathematical-models-of-consciousness@googlegroups.com
We will try our best to record the session, and the videos will be posted on our YouTube channel: Visit Our YouTube Channel
If you are interested in speaking at the seminar, please send me a message to gregoireserper 'at' gmail 'dot' comAbstract: Neurons in the brain are often considered the elementary units of biological computation. Various codes, either spike-based or rate-based, have been proposed to support computations distributed in the brain. These theories leave open the question of how computations may be implemented in organisms lacking a nervous system, such as unicellular organisms. These organisms, however, may engage in simple purposeful behaviors like phototaxis or chemotaxis and can be seen as performing computation during such behaviors. We show that biochemical cascades can be seen as implementing Bayesian computations related to such behaviors.
Abstract: Any theory of consciousness must answer to the phenomenologically invariant or essential structures of consciousness. What are these structures? And how do the various attempts to model them mathematically relate to one another? After considering some possible answers to these questions, I focus on one essential phenomenological structure of consciousness, pre-reflective self-consciousness, discuss one way of articulating it mathematically (using the theory of nonwellfounded sets), and conclude with some open questions about how this model may relate to other mathematical and quasi-mathematical efforts in the "ballpark" (e.g., D. Hofstadter's "Strange Loops", F. Varela's and H. Maturana's notion of Autopoiesis, IIT, and the PCM).