Abstract

This paper proposes the Charge Neutralization Process (CNP) as an informational framework for understanding adaptive biological organization across multiple scales. The model integrates concepts from quantum information theory, systems biology, thermodynamics, cybernetics, and neuroscience to explore how biological systems maintain stability under continuous environmental perturbation. Within the proposed framework, living systems are interpreted as open informational structures that continuously minimize locally generated entropy through boundary-regulated stabilization dynamics. The model reinterprets biological boundaries-particularly those described by the Markov Blanket formalismas active interfaces mediating energetic exchange, informational persistence, and adaptive feedback. The framework additionally explores a reinterpretation of consciousness as a secondary monitoring interface associated with boundary stabilization processes rather than as an independently causal entity.

Keywords:CNP; Markov blanked; Free energy principle; Neuron; Visual cortex; CPTP-completely positive trace-preserving; Consciousness