Treffer: Analysis of Chronovibrational Anomalies in LIGO Data: A First Step Toward Empirical Structure

This document presents the first empirical application derived from the theoretical framework proposed in QCTT - Quantum Theory of Chronovibrational Time (Giordana, 2025), itself based on the earlier classical model of chronovibrational fields. The analysis was motivated by the recent study by A. Fayad (MIT, arXiv:2411.19450v2), which employed variational autoencoders (VAEs) to detect anomalies in LIGO time-series data. Building upon that work, we explore whether certain statistically filtered anomalies—specifically non-Gaussian, spectrally coherent segments—might reflect a deeper temporal structure predicted by the chronovibrational model. This marks the first in a planned sequence of investigations aimed at testing the quantization of time as proposed in the quantum chronovibrational theory.