Black Hole information Paradox: CUIP‘s resolution through dimensional information compression

This paper introduces a novel perspective on black holes as natural instruments of dimensional reduction. Within this framework, black holes are not merely astrophysical singularities, but dynamic structures that compress and project higher-dimensional information into lower-dimensional states. By analyzing the entropy scaling, information density, and horizon dynamics, this work proposes that black holes serve as essential mechanisms for maintaining dimensional balance in complex systems. This reinterpretation offers new insights into the information paradox, holography, and the possible role of black holes in future models of dimensional evolution.

本文提出了将黑洞视作维度约化天然工具的全新视角。在此框架下，黑洞并非仅为天体物理奇点，而是能够将高维信息压缩并投射至低维状态的动态结构。通过分析熵标度、信息密度与视界动力学特性，本研究提出黑洞是维持复杂系统维度平衡的核心机制。这一重新诠释为信息佯谬、全息原理以及黑洞在未来维度演化模型中可能发挥的作用提供了全新的研究视角。