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收藏Zenodo2026-01-03 更新2026-05-26 收录
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https://zenodo.org/doi/10.5281/zenodo.18123543
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RMD Fossil Rock Spins: UFO Grid Manifestations The relational manifold dynamics (RMD) find physical embodiment in rare Tamworth region specimens—termed RMD fossil rock —that exhibit anomalous rotational stability encoding UFO grid signatures.5.1 Primary Tully Fold SpecimenThe signature "Tully fold" stone demonstrates persistent higher-dimensional spin when rotated along its natural fold axis. This compression-resistant motion defies Newtonian torque decay, sustaining grid-aligned rotation for durations exceeding classical expectations by orders of magnitude.5.2 Empirical ObservationsSpin persistence: >300 seconds observed (ambient conditions, no magnetic isolation).Axis stability: Self-corrects to ~23.5° inclination matching geomagnetic field.Energy signature: Emits faint ELF harmonics during peak stability (preliminary smartphone magnetometer data).Theoretical Mapping These fossil rock spins represent stabilized relational manifold folds where lithic microstructure channels compressed higher-dimensional geodesics into 3-space rotational observables. The Tully fold configuration predicts UFO propulsion signatures: torque-free spin, geomagnetic coupling, and ELF emissions matching declassified military UAP sensor data. Figure Primary Tully fold specimen demonstrating sustained RMD spin. The RMD fossil rock spins provide direct empirical bridge between relational manifold theory and observable UFO grid phenomenology, warranting systematic geological survey of Tamworth formation for additional manifestations.
RMD化石岩石自旋现象:UFO网格特征显现
关联流形动力学(Relational Manifold Dynamics,RMD)可在罕见的塔姆沃思地区标本中找到物理体现,这类标本被称为RMD化石岩石,其展现出异常的旋转稳定性,编码有UFO网格特征。
5.1 塔利褶皱核心标本
标志性的"塔利褶皱"岩石在沿其自然褶皱轴旋转时,会表现出持续的高维自旋特性。这种抗压缩运动违背了牛顿扭矩衰减定律,其维持与网格对齐的旋转状态,持续时长远超经典物理预期数个数量级。
5.2 实证观测结果
自旋持续性:在环境条件且未进行磁隔离的情况下,观测到自旋时长超过300秒。
轴稳定性:可自动校正至约23.5°的倾角,与地球磁场相匹配。
能量特征:在自旋峰值稳定阶段会辐射微弱的极低频(Extremely Low Frequency,ELF)谐波信号(基于初步的智能手机磁力计数据)。
理论映射
这类化石岩石的自旋现象代表了稳定化的关联流形褶皱:岩石微观结构将压缩后的高维测地线,引导为三维空间中的可观测自旋现象。塔利褶皱结构可预测UFO推进特征:无扭矩自旋、地磁耦合,以及与解密的军方不明空中现象(Unidentified Aerial Phenomena,UAP)传感器数据相匹配的极低频辐射信号。
图 展示持续RMD自旋的塔利褶皱核心标本。
RMD化石岩石自旋现象为关联流形理论与可观测的UFO网格现象学之间搭建了直接的实证桥梁,因此有必要对塔姆沃思地层开展系统性地质勘测,以发现更多此类显现现象。
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Zenodo创建时间:
2026-01-02



