Fieldpathy: A Theoretical Hypothesis for Localized Mutual Influence Among Living Systems

Fields are fundamental concepts in physics, describing how objects such as masses, charges, and magnets can influence other objects across space without direct physical contact. This paper proposes Fieldpathy as a theoretical hypothesis for modeling possible localized mutual influence among living systems. Fieldpathy is defined as a proposed field-like interaction in which living organisms may contribute to a limited zone of influence that can interact with nearby organisms without imposing a specific behavioral response. The hypothesis emerged from an interdisciplinary reflection between Physics and Biology, particularly from the field concept in physics and the biological understanding that living systems produce measurable electrical, physiological, and regulatory activity. Fieldpathy is not presented as a proven physical force, supernatural ability, telepathy, mind control, or fictional aura system. Instead, it is proposed as a cautious conceptual framework that may help organize questions about proximity, orientation, source condition, recipient sensitivity, mutual influence, and possible biological response. The paper discusses Fieldpathy in relation to physical field theory, bioelectric activity, biofield literature, psychological field theory, proxemics, emotional contagion, and interpersonal physiological synchrony. It also proposes testable predictions and future experimental directions involving plants, human physiology, distance dependence, orientation, shielding, source condition, and recipient sensitivity. The purpose of this theoretical paper is not to prove the existence of Fieldpathy, but to define it clearly, distinguish it from related concepts, and provide a structured framework for future empirical investigation.