Ground_State_Superfluid_Cosmology
Authors/Creators
Description
This paper proposes a unified cosmological framework with the ground state superfluid as the sole ontology. The universe is fundamentally an incompressible, globally coherent quantum superfluid, and all matter, energy, and spacetime structures are different topological forms and excited states of this superfluid. Black holes are redefined as high-density topological vortices of the ground state superfluid. A synchronous dynamic mechanism of “Senro Convergence (accretion)” and “Wanxiang Emission (ejection)” drives the periodic contraction and expansion of the closed universe. Coherent ground-state waves are reflected and superimposed at the cosmic boundary; when the interference amplitude reaches a critical threshold, a phase transition condenses the superfluid into ordinary particles, triggering the cosmic bounce.
This framework offers self-consistent explanations for multiple core puzzles of the ΛCDM model, including the Hubble tension, low-multipole anomalies in the CMB, the physical nature of dark matter and dark energy, the spin evolution of supermassive black holes, and the origin of the cosmic large-scale filamentary structure. A coupling model between the coherent field of the Milky Way–Andromeda binary black hole system and the revolution of the Solar System provides a physical mechanism for the periodicity of Phanerozoic mass extinction events. Life, consciousness, and civilization evolution are incorporated into the same framework, with quantitative descriptions of the life balance constant and the hierarchy of civilizations. The paper presents a complete mathematical formulation, gives self-consistent qualitative explanations for multiple observational phenomena, and puts forward testable predictions.
Other (Mandarin Chinese)
本文提出一种以基态超流体为唯一本体的宇宙学统一理论框架。宇宙的本质是不可压缩、全局相干的量子超流体,所有物质、能量、时空结构均为该超流体的不同拓扑形态与激发态。黑洞被重新定义为基态超流体的高密度拓扑涡旋,通过“森罗汇聚(吸积)”与“万象吐纳(抛射)”同步进行的动力学机制,驱动闭合宇宙的周期性收缩与膨胀。基态相干波在宇宙边界反射叠加,达到临界阈值时发生相变,凝结为普通粒子,触发宇宙反弹。
该框架为ΛCDM模型的多个核心疑难提供了自洽的解释路径,包括哈勃张力、CMB低多极矩异常、暗物质与暗能量的物理本质、超大质量黑洞自旋演化、宇宙大尺度纤维状结构起源等;建立了银河系-仙女座双黑洞相干场与太阳系公转的耦合模型,为地球显生宙物种大灭绝的周期性提供了物理机制;并将生命意识与文明演化纳入同一理论框架,提出了生命制衡常数与文明层级的量化描述。论文给出完整的数学表述,对多项观测现象给出了自洽的定性解释,并提出了可供定量检验的预言。
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Ground_State_Superfluid_Cosmology.pdf
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Additional titles
- Translated title (Mandarin Chinese)
- 基态超流体宇宙学:统一理论框架
Dates
- Created
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2026-04-01This paper proposes a unified cosmological framework with the ground state superfluid as the sole ontology. The universe is fundamentally an incompressible, globally coherent quantum superfluid, and all matter, energy, and spacetime structures are different topological forms and excited states of this superfluid. Black holes are redefined as high-density topological vortices of the ground state superfluid. A synchronous dynamic mechanism of "Senro Convergence (accretion)" and "Wanxiang Emission (ejection)" drives the periodic contraction and expansion of the closed universe. Coherent ground-state waves are reflected and superimposed at the cosmic boundary; when the interference amplitude reaches a critical threshold, a phase transition condenses the superfluid into ordinary particles, triggering the cosmic bounce. This framework offers self-consistent explanations for multiple core puzzles of the ΛCDM model, including the Hubble tension, low-multipole anomalies in the CMB, the physical nature of dark matter and dark energy, the spin evolution of supermassive black holes, and the origin of the cosmic large-scale filamentary structure. A coupling model between the coherent field of the Milky Way–Andromeda binary black hole system and the revolution of the Solar System provides a physical mechanism for the periodicity of Phanerozoic mass extinction events. Life, consciousness, and civilization evolution are incorporated into the same framework, with quantitative descriptions of the life balance constant and the hierarchy of civilizations. The paper presents a complete mathematical formulation, gives self-consistent qualitative explanations for multiple observational phenomena, and puts forward testable predictions.
References
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