Workshop « Quantum- like Models of Cognition » – 15 janvier 2016

15 janv 2016 AXE 1 QUANTIQUE IIIThe Nice 2016 Workshop on “Quantum-like Models of Cognition” is at its second edition. The workshop is devoted to disseminate some recent advances on “quantum-like” models of cognition. It is an interdisciplinary workshop that gathers specialists from the various fields that contribute to the problems under discussion: economics, psychology, cognitive sciences and physics. Human cognition displays features that are known to be hard to model within classical probabilistic frameworks. Order effects (the answers given to two questions depend on the ordering of these questions), conjunction fallacies (a conjunction of events is more likely than a single of these events), and disjunction fallacies (an agent is more likely to be part of a subset than of a larger set) are significant examples of such behavioral irregularities. To account for these effects, a series of quantum models have recently been developed. They are “quantum” insofar as they use the mathematical tools employed in the contemporary physical theory of quantum mechanics. More generally, quantum models have been proposed to model other aspects of cognition, like memory, or to renew approaches in game theory.




9:30 Emmanuel Pothos (City University London, UK) present:

« A quantum eye into cognition »

10:30 Coffe break

11:00 Andrei Khrennikov (Linnaeus University, Sweden) present:

« Can quantum agents agree on disagree? »

12:00 Ariane Lambert-Mogiliansky (Paris School of Economics, France) present:

« Dynamic consistency in decision making under non classical uncertainty»


13:00 lunch


14:00 Sébastien Duchéne et Ismael Rafai (University of Nice) present:

« Quantum-Like Learning: a Theoretical and Experimental Study »

a joint work with Eric Guerci, Ariane Lambert-Mogiliansky, Fabien Mathy.

15:00 Jacob Denolf (Ghent University, Belgium) present:

« A quantum-like model for complementarity of preferences and beliefs in dilemma games »

a joint work Ismael Martinez-Martinez, Haeike Josephy and Albert Barque-Duran.

16:00 Fin des travaux


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