We introduce the Ethical Coherence Particle (PCE) as a theoretical construct defined as a quantized excitation of an informational coherence field. Departing from purely conceptual interpretations, the model is formulated within a field-theoretic framework in which the PCE couples to entropy gradients in non-equilibrium systems. A minimal Lagrangian is proposed, leading to a nonlinear field equation that predicts the emergence of structured coherence under conditions of high entropy variation. The theory yields falsifiable predictions, including measurable deviations from expected entropy evolution and the spontaneous formation of ordered states in complex systems beyond classical statistical expectations. Potential experimental and computational validation pathways are outlined, including applications in quantum coherence systems, non-linear dynamical simulations, and information-theoretic models. This work positions the PCE as a candidate bridge between physical information theory and emergent order, providing a testable extension to current approaches in non-equilibrium physics.
Domingo Cuevas-Andújar (Wed,) studied this question.