Onto-Temporal Recursion Origin: The Genesis Theory

<b>Recursive Genesis Hypothesis</b> A theory that explores the origin before the <b><i>Big Bang</i></b> — the “<b><i>before of before.</i></b>” This theory addresses the most foundational cosmological question: What was the universe before the Big Bang — if it was “nothing”? The Recursive Genesis Hypothesis proposes that the universe didn’t require external energy or force to become alive. Instead, it presents a theory of internal creation out of nothing — a fully self-contained origin. What if the universe was never caused at all — but simply looped itself into being? It argues that the universe did not begin with a singular explosion, but emerged from a recursive, self-originating process arising out of a zero-dimensional, maximally symmetric state — a condition of absolute spatial nullity. In this view, “nothingness” is redefined not as the absence of content, but as a structurally recursive state: a fixed ontological loop in which time, space, and energy were entangled in total symmetry. This model asserts that time is not a fundamental law, but an emergent effect of symmetry-breaking at the moment of genesis. <br><br>The initial state — a closed, non-causal recursion — underwent a spontaneous transition, giving rise to the first quantum fluctuations. These were not the result of explosive detonation, but of spontaneous systemic asymmetry, unfolding internally into space, time, and matter. In doing so, this theory provides a mechanism by which something arises from nothing, not through external input, but through internal recursion. The result is a non-local, space-filling genesis, without a center, without a singularity, and without an external cause. It challenges the classical Big Bang narrative as a violent thermodynamic origin, and instead offers a model grounded in recursive causality, self-generation, and spontaneous emergence. <br><br>Empirically, this hypothesis draws support from the observed smoothness, isotropy, and centerless expansion of the early universe, as captured in the Cosmic Microwave Background (CMB). These features are more consistent with a recursive genesis model than with any explosive or point-based origin. Ultimately, this theory offers a framework for understanding the pre-causal architecture of existence, and the transition from structural recursion to physical reality.

<b>递归创世假说（Recursive Genesis Hypothesis）</b> 一门探索<b><i>大爆炸（Big Bang）</i></b>之前起源的理论——即“<b><i>前之又前的时刻</i></b>”。该理论直面宇宙学最基础的核心问题：大爆炸发生前的宇宙究竟为何物？若彼时为“虚无”，又当如何？
递归创世假说提出，宇宙的诞生无需依赖外部能量或外力驱动，转而构建了一套从虚无中自我创生的完整理论——一种完全自洽的起源模型。我们不妨假设：宇宙从未被任何外力所引发，而仅仅通过自我循环的方式自然诞生，又会是怎样的图景？该理论主张，宇宙并非始于单一的爆炸事件，而是源自一个递归、自起源的过程——该过程诞生于零维、最大对称的状态，也就是绝对空间虚无的条件。在此视角下，“虚无”的定义被重新诠释：它并非指内容的缺失，而是一种结构性递归状态：一个闭合的本体论循环，其中时间、空间与能量完全对称地纠缠在一起。该模型断言，时间并非基础物理定律，而是创世时刻对称性破缺所涌现的效应。

初始状态——一个闭合、非因果的递归系统——发生了自发相变，催生了最初的量子涨落。这些涨落并非爆炸冲击的产物，而是源于系统内部自发的不对称性，在内部逐步展开为空间、时间与物质。借此，该理论阐释了“无中生有”的运作机制：并非依赖外部输入，而是通过内部递归过程实现。最终诞生的是一个非定域、充满整个空间的创世过程，不存在中心、不存在奇点，也无需外部动因。它挑战了将大爆炸描述为剧烈热力学起源的经典叙事，转而提供了一个基于递归因果性、自我生成与自发涌现的模型。

从实证层面来看，该假说得到了早期宇宙观测特征的支持：宇宙微波背景（Cosmic Microwave Background, CMB）所捕捉到的早期宇宙平滑性、各向同性与无中心膨胀。这些特征与递归创世模型的契合度远高于任何爆炸式或点源起源模型。最终，该理论为理解存在的前因果架构，以及从结构性递归到物理实在的相变过程，提供了一套完整的理论框架。