Dataset Blankert Entropy-Induced Information-Coupled Gravitational Wave Dispersion: A Falsifiable f² Signature for Next-Generation Detectors

Description:This dataset accompanies the manuscript Entropy-Induced Information-Coupled Gravitational Wave Dispersion: A Falsifiable f² Signature for Next-Generation Detectors (submitted to Physical Review D). It contains the numerical data and plotting scripts used to generate the main figures (Figs. 1–4) of the article. The dataset enables full reproduction of the sensitivity curves, frequency-scaling plots, entropy-gradient evolution, and stacking analyses discussed in the manuscript. Contents: fig_velocity_scaling.csv – data underlying Fig. 1 (group-velocity deviation scaling for multiple modified gravity theories). fig_sensitivity.csv – projected detector constraints (ET, CE, LIGO A+, Voyager) as in Fig. 2. fig_entropy_profiles.csv – post-merger entropy gradients for different EOS models (Fig. 3). fig_timeline.csv – stacking analysis for multiple events (Fig. 4). README.txt – description of file formats, column headers, and plotting instructions. Relation to article:This dataset provides the numerical backbone for the results presented in Sections IV–VI of the associated manuscript. It ensures reproducibility of derived plots and facilitates re-use in future gravitational-wave data analyses. Keywords: Quantum gravity Information-coupled gravity Gravitational waves Binary neutron star mergers Effective field theory Entropy gradients Detector sensitivity (Einstein Telescope, Cosmic Explorer) Neutrino transport Funding:Independent research (no external funding).