This project established a specialized framework for analyzing the small but consistent slowing of the Earth's rotation, known as length of day deceleration. By using a twenty-seven dimensional torsional model, the research identified a consistent correlation between the movement of our galaxy and specific energy discharge points on the Earth's surface. The work introduced a functional operator to calculate the precise point where rotational energy results in physical impacts, such as pressure on power grids or geological shifts. Specifically, the study used these calculations to verify and predict events at key locations, including grid instability in Missouri and activity at the South Pole. This framework provided a new standard for auditing planetary energy and established a clear legal and intellectual record for these physical discoveries.
Lee Holmes (Thu,) studied this question.