Gravito-Informational Collapse Detection Using Ultra-Precise Nuclear Clocks: A TGIU-Based Interpretation

Ultra-precise nuclear clocks, particularly those based on thorium-229, are poised to detect minute variations in spacetime structure. While conventional physics interprets these as potential interactions with dark matter fields, the Universal Gravito-Informational Theory (TGIU) provides a novel, predictive framework wherein such detections represent the local effects of informational collapse. This document proposes that what these clocks detect are not dark matter fields directly, but rather the physical consequences of gradients in informational potential (nabla_Phi) and informational entropy (nabla_S), consistent with the TGIU model.