The Peripheral Reception Hypothesis (PRH): Hair Follicle Mechanoreception, Cardiac Electromagnetic Environment, and the Heart as the Primary Signal Processor

This paper presents the 'Peripheral Reception Hypothesis' (PRH) a proposed framework within the Binary Interface of Consciousness (BIC) research series. The PRH proposes that the body's hair follicles and skin mechanoreceptors function as a distributed external antenna system, receiving environmental vibrations, electromagnetic signals, and physical stimuli and converting them into bioelectric pulses. These pulses travel via the peripheral nervous system toward the central nervous system. The paper further proposes that the heart's powerful electromagnetic field empirically established to be approximately 60 times greater in electrical amplitude than the brain's, and 100 times stronger magnetically (HeartMath Institute, 2015) functions as the primary environmental conditioning system for all neural signals. Because all blood supplying the brain passes through the heart, the heart is proposed as the system that determines the quality and interpretive context of all incoming peripheral signals. The paper clearly distinguishes between empirically established findings and proposed hypotheses pending experimental validation.