Experimental Evidence for Spacetime Uncertainty via LIGO Data

This study explores the intersection of quantum energy cycles, spacetime uncertainty, and relativistic effects, focusing on how these phenomena manifest in high-precision gravitational wave observations. By developing a theoretical framework based on the energy-time uncertainty principle and Lorentz transformations, and analyzing open LIGO data, we demonstrate that quantum spacetime fluctuations can be experimentally supported by real interferometer signals. Our analysis reveals that the variance of filtered LIGO strain data matches the theoretically expected scale for quantum spacetime uncertainty, marking a significant experimental milestone for quantum gravity research.The author acknowledges the use of OpenAI’s language model for assistance in drafting certain sections of this worklNote: One of the figures in this document may appear partially displayed or incomplete. This is due to a technical issue that occurred while updating/correcting the file. If you require the complete figure or any supplementary material, please contact me—I will be happy to provide the full-resolution image. The main scientific findings and interpretations remain unaffected.<br>