Quantum Interaction

Thomas Filk beschäftigt sich mit statistischen Modellen in der Physik sowie mit Grundlagenfragen der Quantenmechanik.

Fundamental Physics and the Mind { Is there a connection?.- What is quantum? Unifying Its Micro-Physical and Structural Appearance.- Feedback loops: a fundamental ingredient of information processing.- Semantics and Memory.- Semantic Composition Inspired by Quantum Measurement Expansion-by-Analogy: A Vector Symbolic Approach to Semantic Search.- Subadditivity of Episodic Memory States: a Complementarity Approach. A Vector Field Approach To Lexical Semantics.- Decision Making.- Quantum(-like) formalization of common knowledge: Binmore-Brandenburger operator approach.- Quantum(-like) decision making: on validity of the Aumann theorem.- Modelling Attitudes to Climate Change { An Order Effect and a Test Between Alternatives.- Towards a Quantum Probability Theory of Similarity Judgements.- Positive operator-valued measures in quantum decision theory.- Games, Politics and Social Aspects.- Aesthetics as Incentive: Privacy in a Presence Culture.- A Quantum Formalization for Communication Coordination Problems.- Financial payo functions and potentials.- Quantum like modeling of the non-separability of voters' preferences in the U.S. political system.- Transparency in Public Life. A Quantum Cognition Perspective.- Games with Type Indeterminate Players { A Hilbert Space approach to uncertainty and strategic manipulation of preferences.- Non-Locality and Entanglement.- Temporal Non-Locality: Fact or Fiction?.- Intentional Quantum Dynamics: Entangling Choices and Goals.- Towards an Empirical Test of Realism in Cognition.