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PreprintCC BY-NC 4.0Zenodo

FQ Gravitational Pressure Unified Field Theory: A Grand Unification Based on Full-Domain Flux Occlusion and Pressure Difference

  • Zhenfeng Bian1
  1. 1Independent Researcher
Open at sourceDOICite

Abstract

English Abstract

General Relativity and Quantum Field Theory exhibit long-standing paradigm separation. Classical physics fails to provide a unified underlying mechanism for gravity, the Casimir effect, and electromagnetic interactions, leaving a series of unresolved theoretical problems including the vacuum catastrophe, power-law splitting, and the nature of dark matter and dark energy. This paper proposes the FQ Gravitational Pressure Unified Field Theory, which takes the net thrust generated by asymmetric occlusion of full-domain vacuum flux as the sole first principle. The theory postulates that no primordial attractive force exists in the universe; macroscopic gravity, microscopic Casimir effect, and electromagnetic attraction and repulsion are all apparent phenomena arising from vacuum flux occlusion by material lattices.

By introducing the dimensional boundary adaptive operator Ω(D), the theory naturally derives the inverse-square law in three-dimensional free space and the inverse-fourth power law in two-dimensional confined boundaries, realizing the unification of cross-scale power-law behaviors. Supporting Lagrangian and energy-momentum tensors are constructed, satisfying Lorentz covariance and energy-momentum conservation. Referencing CODATA fundamental vacuum constants, the vacuum flux pressure is initially calibrated as PFQ≈2.4×10−14N/m2. Precise quantitative verification can be completed through dedicated experiments to achieve dimensional self-consistency and closure.

The FQ model retains all phenomenological calculation formulas of classical physics and does not negate existing experimental observations, only reconstructing the underlying origin of interactions. From first principles, it resolves fundamental physical paradoxes including vacuum divergence catastrophe, magnetic monopole absence, inertial origin, cosmological redshift, and cosmic apparent expansion. It provides a self-consistent alternative explanation for galactic dynamical anomalies without introducing dark matter and dark energy hypotheses.

This paper further proposes falsifiable decisive experimental schemes, including magnetized medium Casimir differential measurement, to distinguish the FQ flux occlusion mechanism from mainstream physical paradigms, establishing a novel theoretical framework for the grand unification of fundamental physics.

中文摘要

广义相对论与量子场论长期存在范式割裂,经典物理无法为引力、卡西米尔效应及电磁相互作用建立统一的底层机制,遗留真空灾变、幂律分裂、暗物质与暗能量本质等一系列悬而未决的理论难题。本文提出FQ引力压统一场论,以全域真空通量非对称遮挡产生的净推力作为唯一第一性原理。理论假定宇宙不存在原生吸引力,宏观引力、微观卡西米尔效应、电磁吸斥现象,均是物质晶格对真空通量形成遮挡后产生的表观效应。

通过引入维度边界自适应算子Ω(D),理论自然导出三维自由空间平方反比律与二维受限边界四次反比律,实现跨尺度幂律作用规律的统一。构建配套的拉格朗日量与能量动量张量,满足洛伦兹协变性与能动量守恒。参照CODATA真空基础常数,标定真空通量压初始理论值为PFQ≈2.4×10−14N/m2,可通过专属实验完成精确定量核验,实现维度自洽闭环。

FQ模型完全保留经典物理所有唯象计算公式,不否定已有实验观测结果,仅重构相互作用的底层物理起源。从第一性原理出发,解决真空发散灾变、磁单极缺失、惯性起源、宇宙红移、宇宙表观膨胀等经典物理悖论,无需引入暗物质、暗能量假说,即可自洽解释星系动力学异常问题。

本文进一步提出可证伪的判决性实验方案(磁化介质卡西米尔差分测量实验等),可有效区分FQ通量遮挡机制与主流物理范式,为基础物理大统一提供全新理论体系。

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Cite

BibTeXRIS
BibTeX
@misc{bian2026gravitational,
  title = {{FQ Gravitational Pressure Unified Field Theory: A Grand Unification Based on Full-Domain Flux Occlusion and Pressure Difference}},
  author = {Zhenfeng Bian},
  howpublished = {Zenodo},
  year = {2026},
  month = oct,
  doi = {10.5281/zenodo.23553158},
  url = {https://zenodo.org/records/23553158},
  note = {CC BY-NC 4.0},
}
RIS
TY  - UNPB
TI  - FQ Gravitational Pressure Unified Field Theory: A Grand Unification Based on Full-Domain Flux Occlusion and Pressure Difference
AU  - Zhenfeng Bian
PY  - 2026
DA  - 2026/10/22
PB  - Zenodo
DO  - 10.5281/zenodo.23553158
UR  - https://zenodo.org/records/23553158
AB  - English Abstract  General Relativity and Quantum Field Theory exhibit long-standing paradigm separation. Classical physics fails to provide a unified underlying mechanism for gravity, the Casimir effect, and electromagnetic interactions, leaving a series of unresolved theoretical problems including the vacuum catastrophe, power-law splitting, and the nature of dark matter and dark energy. This paper proposes the FQ Gravitational Pressure Unified Field Theory, which takes the net thrust generated by asymmetric occlusion of full-domain vacuum flux as the sole first principle. The theory postulates that no primordial attractive force exists in the universe; macroscopic gravity, microscopic Casimir effect, and electromagnetic attraction and repulsion are all apparent phenomena arising from vacuum flux occlusion by material lattices.  By introducing the dimensional boundary adaptive operator Ω(D), the theory naturally derives the inverse-square law in three-dimensional free space and the inverse-fourth power law in two-dimensional confined boundaries, realizing the unification of cross-scale power-law behaviors. Supporting Lagrangian and energy-momentum tensors are constructed, satisfying Lorentz covariance and energy-momentum conservation. Referencing CODATA fundamental vacuum constants, the vacuum flux pressure is initially calibrated as P_FQ≈2.4×10^−14N/m^2. Precise quantitative verification can be completed through dedicated experiments to achieve dimensional self-consistency and closure.  The FQ model retains all phenomenological calculation formulas of classical physics and does not negate existing experimental observations, only reconstructing the underlying origin of interactions. From first principles, it resolves fundamental physical paradoxes including vacuum divergence catastrophe, magnetic monopole absence, inertial origin, cosmological redshift, and cosmic apparent expansion. It provides a self-consistent alternative explanation for galactic dynamical anomalies without introducing dark matter and dark energy hypotheses.  This paper further proposes falsifiable decisive experimental schemes, including magnetized medium Casimir differential measurement, to distinguish the FQ flux occlusion mechanism from mainstream physical paradigms, establishing a novel theoretical framework for the grand unification of fundamental physics.  中文摘要  广义相对论与量子场论长期存在范式割裂,经典物理无法为引力、卡西米尔效应及电磁相互作用建立统一的底层机制,遗留真空灾变、幂律分裂、暗物质与暗能量本质等一系列悬而未决的理论难题。本文提出FQ引力压统一场论,以全域真空通量非对称遮挡产生的净推力作为唯一第一性原理。理论假定宇宙不存在原生吸引力,宏观引力、微观卡西米尔效应、电磁吸斥现象,均是物质晶格对真空通量形成遮挡后产生的表观效应。  通过引入维度边界自适应算子Ω(D),理论自然导出三维自由空间平方反比律与二维受限边界四次反比律,实现跨尺度幂律作用规律的统一。构建配套的拉格朗日量与能量动量张量,满足洛伦兹协变性与能动量守恒。参照CODATA真空基础常数,标定真空通量压初始理论值为P_FQ≈2.4×10^−14N/m^2,可通过专属实验完成精确定量核验,实现维度自洽闭环。  FQ模型完全保留经典物理所有唯象计算公式,不否定已有实验观测结果,仅重构相互作用的底层物理起源。从第一性原理出发,解决真空发散灾变、磁单极缺失、惯性起源、宇宙红移、宇宙表观膨胀等经典物理悖论,无需引入暗物质、暗能量假说,即可自洽解释星系动力学异常问题。  本文进一步提出可证伪的判决性实验方案(磁化介质卡西米尔差分测量实验等),可有效区分FQ通量遮挡机制与主流物理范式,为基础物理大统一提供全新理论体系。
ER  -