Instrumentation for dynamic analysis of solar system interactions

This study addresses the critical need to elucidate the advantages of a dynamic approach for assessing Kepler's laws, which promises transformative insights into gravity and breakthrough advancements in science and technology. Through rigorous analysis of Newton's derivation of universal gravitation, we identify errors that distorted the true dynamic interaction mechanism between the Sun and planets. Our examination of Newton's data reveals the physical meaning of the gravitational constant and demonstrates flaws in his interpretation of Kepler's laws. Key findings establish that the gravitational constant unrelated to planetary mass solely characterizes solar properties, proving the Sun emits a constant dynamic volume that transfers dynamic mass (erroneously interpreted by Newton as solar mass). The product of these constants (dynamic mass and volume) confirms that all processes in solar and terrestrial fields operate via electromagnetic interactions, not gravitational attraction. Furthermore, we demonstrate that emitted electromagnetic charge dynamics governs the Solar System's field mechanism (including Solar Wind and spiral arms) and aligns with the Mayan calendrical system, while explaining Newton's misattribution of Earth's field mechanism to gravity.