The Geometric Origin of Strong Interactions: Mathematical Derivation and Predictions of Quark Confinement within the ICCF Framework

This paper presents a comprehensive exploration of the Information-Cognitive Compression Field (ICCF) framework, providing a unified theory that connects particle physics, quantum mechanics, general relativity, and cosmology. Through a detailed mathematical formulation, the ICCF theory reveals the geometric origin of the strong interactions, deriving the SU(3) symmetry as a consequence of causal compression dynamics. We further introduce a novel description of quark confinement and hadron mass calculation, based on first principles, and predict new exotic particles such as the 41.2 GeV particle and causally folded state hadrons. The theory also provides insight into the dynamics of quantum measurement, proposing a non-linear recursive collapse mechanism. With experimental predictions that can be tested through high-energy physics and cosmological observations, the ICCF framework presents a groundbreaking approach to fundamental physics, offering potential solutions to longstanding questions about dark matter, dark energy, and quantum gravity.