Modélisation des Systèmes Complexes

        Atelier "Quantum Modelling"
                Colloque de la World Organisation of Systems and Cybernetics,
                        25 au 27 janvier 2017, Rome (Italie).    

Quantum modelling for complex systems

The formalism of quantum mechanics offers a general framework to consider a variety of areas outside of the natural remit of physics, as economics, organisations and social interaction, psychology, artificial intelligence, human language, cognition, information retrieval, biology, political science. The application areas addressed typically operate at a macroscopic scale. They may share many key properties with quantum systems including: non-commutativity of measurement, Indeterminacy, non-separability, contextuality, proposals to test temporal nonlocality in perception and cognition, study of non-commutative structures in learning behavior.

Communications présentées (par ordre alphabétique) :

François Dubois (Afscet, France)
On Macroscopic Intricate States

Francesco Galofaro (Politecnico di Milano, Italia)
A quantum-based semiotic model for textual semantics

Andrei Khrennikov (Linnaeus University, Sweden)
Social Laser Model

Zeno Toffano (Centrale-Supelec, France)
Eigenlogic: Interpretable Quantum Observables

Clas-Otto Wene (Chalmers University of Technology, Gothenburg, Sweden)
Quantum Modelling of the Learning Curve

                                                                        Réunion suivante en cours de conception    

Animation : François Dubois, duboisf - at - cnam - dot - fr

mise à jour : 07 octobre 2017