"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.本研究提出了一种基于严谨数学推导的五维（5D）时空维度共振破裂模型，解决了AT2018cow、ZTF18abvkwla及CSS161010等暂现天文事件的未解能量轮廓难题。本研究引入修正普朗克常数（$hbar_{ ext{true}}$），推导得到五维反冲引擎方程，可精准预测这类超高速、超亮爆发中观测到的能量释放、上升时间与光谱特征。 该理论指出，当局域简谐能量突破量化维度阈值时，会发生短暂但剧烈的五维向四维（5D→4D）能量转移——这一“维度破缺”现象类同于类星体尺度的爆轰过程。这类一次性事件会释放引力与电磁反冲，且不产生吸积盘特征，与已知的天文观测异常高度吻合。 该理论框架不仅能够解释暂现天体物理现象，还可为早期宇宙熵爆、维度稳定性及时空本身的结构提供更深层次的理论认知。其研究意义覆盖高能宇宙学、实用能量约束乃至新型推进系统设计等多个前沿领域。