"Dimensional Recoil Transients: A 5D Resonance Breach Model Explaining AT2018cow and Other Ultra-Luminous Events"

This paper introduces a mathematically grounded model of dimensional resonance rupture in five-dimensional (5D) spacetime, resolving the unexplained energy profiles of transient astronomical events such as AT2018cow, ZTF18abvkwla, and CSS161010. Utilizing a corrected Planck constant (ℏtrue\hbar_{\text{true}}ℏtrue), we derive a 5D recoil engine equation that predicts the energy discharge, rise time, and spectral characteristics observed in these ultra-fast, ultra-luminous explosions. The theory proposes that when localized harmonic energy surpasses a quantized dimensional threshold, a brief but violent 5D-to-4D energy transfer occurs — a "dimensional breach" resembling a quasar-scale detonation. These one-time events release gravitational and electromagnetic recoil without accretion disk signatures, matching known observational anomalies. This framework not only explains transient astrophysical phenomena but also offers deeper insights into early-universe entropy bursts, dimensional stability, and the architecture of spacetime itself. The implications span from high-energy cosmology to practical energy containment and exotic propulsion design.