Precision Experimental Protocols for Coherent Nonequilibrium Electromagnetic Systems

Precision Experimental Protocols for Coherent Nonequilibrium Electromagnetic Systems presents a conservative experimental framework for evaluating whether strongly driven resonant electromagnetic systems exhibit measurable nonequilibrium ordering behavior beyond conventional dissipative expectations. Rather than claiming verified anomalous propulsion, vacuum-energy extraction, or new physical forces, the paper focuses on rigorous methodology, including matched control systems, environmental isolation, vacuum testing, blind analysis, artifact rejection, calibration standards, and reproducibility requirements. By emphasizing falsifiability, open reporting practices, and the scientific value of null results, the work aims to establish a disciplined pathway for investigating coherent electromagnetic phenomena within the boundaries of established thermodynamics and electrodynamics.