A Methodological Framework for BIMOD: Four-Layer Protocol for Signal Generation, Bodily Reception, and Decision-Making

This paper defines the four-layer methodological framework ofBIMOD (Bodily Interferometric Magneto-Optical Discrimination),which utilizes the human body as a biological sensor for magneticpolarity detection. The four-layer structure comprises: (1) External PreconditionLayer — generates a purified magnetic signal via probe magnet,photograph target, and light source, with key variables of polarityalignment, orientation, and light intensity; (2) Input Layer (LeftHand) — fingertip BMNP clusters receive and transduce the externalsignal, modulated by grip pressure, skin moisture, and temperature;(3) Amplification Layer (Right Arm) — complete muscular relaxation(near-zero EMG activity) is required for signal amplification andtransmission; (4) Regulatory Layer (Whole Body) — integrates theamplified signal into conscious perception, modulated by grounding,interference, fatigue, and focus. Key hypotheses include: dense BMNP clusters at fingertips servingas primary biological receivers (based on salmon magnetite research);role reversal between left and right for left-handed practitioners;and the relaxation state as essential for minimizing endogenouselectromagnetic noise. Future research directions include non-invasive BMNP mapping inhuman tissue, objective EMG-based relaxation metrics, handednessrole-reversal validation, and quantitative analysis of externalvariables including grounding and fatigue effects.