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| Format: | Recurso digital |
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Zenodo
2025
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| Online Access: | https://doi.org/10.5281/zenodo.18102158 |
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Table of Contents:
- <p>This paper presents a comprehensive geometric derivation of mass, electric charge (positive and negative), gravity (including positive and negative gravity), quantum spin, the fine-structure constant, and black hole event horizons within the framework of <strong>Zhang Xiangqian’s Unified Field Theory (UFT)</strong>.</p> <p>UFT is founded on the core paradigm that <em>physics is geometry</em>, proposing that all physical phenomena originate from the intrinsic cylindrical helical motion of spacetime at the speed of light. Building on this principle, the author systematically develops a unified geometric interpretation in which mass is defined as the manifestation of spacetime vibration frequency, charge arises from the rate of change of mass, and gravity emerges as a macroscopic geometric response to net charge asymmetry in spacetime.</p> <p>The paper establishes a hierarchical geometric theory of mass, distinguishing geometric intrinsic mass, standard rest mass, and kinetic (orbital) mass, and derives a universal conversion relation linking microscopic quantum frequencies with macroscopic orbital motion. Using this framework, electric charge is derived through two independent geometric pathways, providing a natural explanation for charge sign asymmetry between electrons and protons. Macroscopic gravity is shown to emerge from the cumulative geometric effects of charge asymmetry within large-scale matter distributions.</p> <p>The work further derives the fine-structure constant purely from spacetime geometry and unifies the geometric origin of electron spin and the Schwarzschild radius of black holes through a common spacetime stability condition. All derivations are dimensionally consistent and recover known physical results in the appropriate classical and quantum limits.</p> <p>This paper offers a self-consistent geometric framework that unifies microscopic quantum structures and macroscopic gravitational phenomena without introducing additional fundamental fields or free parameters, providing a novel perspective on the geometric origin of fundamental interactions.</p> <p><strong>Author:</strong> Huang Binggang<br><strong>Framework:</strong> Zhang Xiangqian’s Unified Field Theory (UFT)<br><strong>Keywords:</strong> Unified Field Theory; Geometric Physics; Mass Origin; Electric Charge; Gravity; Fine-Structure Constant; Spin; Black Hole Event Horizon</p> <p><strong>Submitter note:</strong><br>The sole author of this paper is <strong>Huang Binggang</strong>. The submitter, <strong>Lynn Lou Beran</strong>, served solely as editor and submitter, with contributions limited to formatting, and organizational clarity; all theoretical content and scientific claims remain the responsibility of the author.</p>