A Measurement-Centric Framework for Detecting State-Dependent Mean Force Shifts in Phase-Controlled Multi-Mass Systems

Key Points

• This research aims to develop a framework for detecting state-dependent mean force shifts in systems with multiple masses under phase control.
• Combines measurement modeling and artefact decomposition.
• Utilizes statistical decision criteria and detectability limits.
• Establishes a minimal experimental framework for reproducible detection.
• Introduces techniques for reliable detection of mean force shifts.
• Establishes criteria for effective measurement in phase-controlled systems.
• Highlights the importance of reproducibility in experimental setups.