Water is not just a solvent, it is an active material that can store energy, separate charge, and change biology at the interface where light meets life. What we call structured water is likely the default state inside living tissue, continuously maintained by infrared radiation, temperature stability, and electromagnetic gradients. When you shift the energy environment, you do not just change hydration, you change the operating physics of cells.

The biophysics perspective of health explains how modern alterations to our physics environment, especially as it pertains to light and magnetic flux, have led to most, if not all chronic diseases.. This approach is governed by the principles of Light, Water, and Magnetism, collectively referred to as Circadian Biology or Epigenetics, which emphasizes that environmental stimuli control genetic expression. The principle is that health issues often stem from environmental factors rather than internal ones, and recovery necessitates changing the environment in which the sickness developed.

Metformin, originally derived from the French lilac (Galega officinalis), is a widely prescribed drug for type 2 diabetes. Its active compound, developed from the plant’s alkaloids, improves insulin sensitivity and lowers blood glucose levels primarily by inhibiting hepatic gluconeogenesis. But its potential role in longevity has sparked growing interest well beyond the diabetic population.

The dominant medical model frames demyelination as a structural pathology, primarily managed through pharmacological interventions. However, emerging evidence from quantum biology and mitochondrial biophysics presents a radically different view: demyelination is a consequence of quantum signal degradation, mitochondrial dysfunction, and circadian incoherence. This unified theory integrates photonic signaling, redox biology, and quantum coherence to explain—and potentially reverse—neurological decline at the first-principles level.