Information Dynamics in Cognitive, Psychological, Social, and Anomalous Phenomena

Focusing on the intersection of mathematics, consciousness, and physics, this book explores various models of information dynamics, particularly I-dynamics, which encompasses thinking processes. It aims to establish a mathematical framework for understanding consciousness, inspired by the classical approaches of Newton and Descartes, while integrating insights from statistical and quantum mechanics. The author argues that a deterministic model alone is insufficient for general information processes, suggesting that a statistical model with quantum-like characteristics may be necessary to describe mental phenomena.