Amplification of Relativistic Effects Through Advanced Rotating Systems for Space Applications — Framework v1 A Conceptual and Engineering Framework for Enhanced Relativistic Measurements in Rotating and Microgravity Environments

This work presents a modular framework for the study of relativistic effects in rotating systems designed for space-based applications. The proposed system integrates rotational dynamics, time measurement concepts, and theoretical modeling of signal and clock behavior under controlled conditions. A dedicated mathematical formulation has been developed and preliminary theoretical analyses have been performed to assess internal consistency and coherence with relativistic reference models. The framework is intended as a conceptual and engineering basis for future experimental and simulation-based investigations in space environments.