Experimental Validation of QC-Medium Dynamics: Sensor Array Architecture and Data Analysis of Vacuum Resistance

This research (Article 4 in the series) presents the experimental methodology and hardware implementation used to detect and measure the dynamics of the Quantum Core (QC) medium. The focus is on the specialized sensor array designed to monitor vacuum resistance and its fluctuations. Key highlights of this work: Sensor Architecture: Technical overview of the measurement system capable of detecting micro-level changes in medium viscosity. Data Validation: Analysis of real-time data streams that confirm the presence of the 60.2° vector and Z-thickness effects described in previous works. Methodology: Description of the experimental setup, calibration processes, and noise-reduction techniques used to isolate QC-medium signals. Correlation with Theory: Direct evidence linking observed gravitational anomalies and inertial resistance to the hardware-recorded data. This work serves as the practical verification of the theoretical framework established in the preceding publications (DOI: 10.5281/zenodo.18168958).