A Biophysical Model for Consciousness Modulation via Environmental Spectral Inputs)

This study proposes a biophysical framework that quantifies consciousness as a dynamic variable, C(t), influenced by external spectral inputs and environmental coherence. Unlike traditional qualitative approaches, this model introduces a fundamental equation where light intensity and environmental quality act as primary drivers for neural coherence and cognitive stability, while physiological stress functions as a dissipation factor. The research provides a predictive mathematical structure that can be validated through EEG measurements and behavioral tasks, offering a new pathway for optimizing human-environment interaction and mental well-being.