Stacked Dimensional Cosmology: Gravitational Wave Avoidance, Dark Matter Voids, and CMB Cold Spots

This study presents new evidence that gravitational waves systematically avoid high-density dark matter regions while clustering in cosmic voids and aligning with CMB cold spots. Using data from LIGO/Virgo (2017–2023), the Dark Energy Survey (DES), and Planck CMB maps, we identify a statistically significant correlation between gravitational wave detections and dark matter distribution. Additionally, we find that gravitational waves leave lasting structural “scars” in dark matter, with these scars following a predictable pattern of cosmic evolution. These findings suggest a deeper connection between dark matter, gravitational waves, and cosmic structure, supporting a potential stacked dimensional cosmology model.