量子锁定:从超导悬浮到原子结构的统一几何理论及工程应用 Quantum Locking: A Unified Geometric Theory from Superconducting Levitation to Atomic Structure and Its Engineering Applications
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2026
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| _version_ | 1866902176569229312 |
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| author | 王江祁 |
| author_facet | 王江祁 |
| contents | <p>三篇相互关联的论文,共同构建了一个跨尺度的"量子锁定"统一几何框架:</p> <p>1. 超导悬浮的环流均化模型——重新解释迈斯纳效应为"梯度归零",统一悬浮与悬挂现象,并与AB效应建立联系。<br>2. 原子结构的几何起源——量子化轨道等价于质子磁力线等势面,电子作为光子环驻波被锁定其上,沿测地线运动而不辐射。<br>3. 匀磁超导体的工程应用——基于梯度归零原理预言全超导变压器(绕组+铁芯),效率>99.9%,体积缩小100-1000倍,可传输方波无畸变。</p> <p>核心主张:物理系统自发趋向梯度为零的构型,并锁定在特定几何特征上。这一原理在宏观(超导悬浮)、微观(原子轨道)和工程应用(全超导变压器)中统一呈现。三篇论文均为中文,包含可检验的实验预言。</p> <p>---</p> <p><br>Three interconnected papers that together form a unified "quantum locking" geometric framework across scales:</p> <p>1. A circulation homogenization model for superconducting levitation — reinterpreting the Meissner effect as "gradient zeroing," unifying levitation and suspension, and connecting to the Aharonov-Bohm effect.<br>2. The geometric origin of atomic structure — quantized orbits as equipotential surfaces of the proton magnetic field, with the electron as a photon-ring standing wave locked onto these surfaces and moving along geodesics without radiation.<br>3. Engineering applications of homomagnetic superconductors — predicting an all-superconducting transformer (both windings and core) based on the gradient-zero principle, with >99.9% efficiency, 100–1000× volume reduction, and distortion-free square-wave transmission.</p> <p>Core claim: Physical systems spontaneously tend toward gradient-zero configurations and lock onto specific geometric features. This principle manifests uniformly in macroscopic superconducting levitation, microscopic atomic orbits, and engineering applications. All three papers are in Chinese and contain falsifiable experimental predictions.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_20263870 |
| institution | Zenodo |
| language | zho |
| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | 量子锁定:从超导悬浮到原子结构的统一几何理论及工程应用 Quantum Locking: A Unified Geometric Theory from Superconducting Levitation to Atomic Structure and Its Engineering Applications 王江祁 quantum locking gradient zeroing superconducting levitation Meissner effect atomic structure geodesic motion all-superconducting transformer circulation homogenization homomagnetic superconductor Aharonov-Bohm effect <p>三篇相互关联的论文,共同构建了一个跨尺度的"量子锁定"统一几何框架:</p> <p>1. 超导悬浮的环流均化模型——重新解释迈斯纳效应为"梯度归零",统一悬浮与悬挂现象,并与AB效应建立联系。<br>2. 原子结构的几何起源——量子化轨道等价于质子磁力线等势面,电子作为光子环驻波被锁定其上,沿测地线运动而不辐射。<br>3. 匀磁超导体的工程应用——基于梯度归零原理预言全超导变压器(绕组+铁芯),效率>99.9%,体积缩小100-1000倍,可传输方波无畸变。</p> <p>核心主张:物理系统自发趋向梯度为零的构型,并锁定在特定几何特征上。这一原理在宏观(超导悬浮)、微观(原子轨道)和工程应用(全超导变压器)中统一呈现。三篇论文均为中文,包含可检验的实验预言。</p> <p>---</p> <p><br>Three interconnected papers that together form a unified "quantum locking" geometric framework across scales:</p> <p>1. A circulation homogenization model for superconducting levitation — reinterpreting the Meissner effect as "gradient zeroing," unifying levitation and suspension, and connecting to the Aharonov-Bohm effect.<br>2. The geometric origin of atomic structure — quantized orbits as equipotential surfaces of the proton magnetic field, with the electron as a photon-ring standing wave locked onto these surfaces and moving along geodesics without radiation.<br>3. Engineering applications of homomagnetic superconductors — predicting an all-superconducting transformer (both windings and core) based on the gradient-zero principle, with >99.9% efficiency, 100–1000× volume reduction, and distortion-free square-wave transmission.</p> <p>Core claim: Physical systems spontaneously tend toward gradient-zero configurations and lock onto specific geometric features. This principle manifests uniformly in macroscopic superconducting levitation, microscopic atomic orbits, and engineering applications. All three papers are in Chinese and contain falsifiable experimental predictions.</p> |
| title | 量子锁定:从超导悬浮到原子结构的统一几何理论及工程应用 Quantum Locking: A Unified Geometric Theory from Superconducting Levitation to Atomic Structure and Its Engineering Applications |
| topic | quantum locking gradient zeroing superconducting levitation Meissner effect atomic structure geodesic motion all-superconducting transformer circulation homogenization homomagnetic superconductor Aharonov-Bohm effect |
| url | https://doi.org/10.5281/zenodo.20263870 |