In the spatial region 1-5 lunar radii on both sides of the Moon, at a Sun-Earth angle of 10°-45°, and during the full moon period, systematic radial acceleration anomalies (3.2 ± 0.8 mm/s²) appear in the precision orbit determination data from three independent spacecraft, with statistical significance p < 0.001. The anomalies are highly consistent across four dimensions: spatial location, angular distribution, lunar phase dependence, and bilateral symmetry. Existing lunar gravity field models (GRAIL/GL0660b degree 420) and classical perturbation sources (mascons, solar radiation pressure, solar wind, Earth's magnetotail) cannot explain these anomalies. This positive mechanical anomaly constitutes the first independent quantitative verification of a prediction of Energy Ontology — the additional force field at the impact points on both sides of the Moon — based on publicly available data.
Menggang Yu (Sun,) studied this question.