Hydrosalis: A Theoretical Framework for Physical Disinfection via Water Viscosity Manipulation and Intermolecular Force (IMF) Destabilization.

This project introduces "Hydrosalis," a novel approach to water sanitation that shifts the focus from chemical toxicity (e.g., Chlorination) to physical-mechanical destruction. By utilizing chaotropic metal ions—specifically Potassium ($K^+$)—this method aims to weaken the Intermolecular Forces (IMF) of water, significantly reducing its viscosity.The primary mechanism, termed "Mechanical Infiltration," suggests that "thinner" water can more effectively penetrate the structural defenses of prokaryotes (referencing the SPT: Structural Prokaryotic Taxonomy or "Pillar Model"). This penetration, combined with localized osmotic pressure, leads to cellular dehydration and mechanical collapse. While potentially hazardous at high concentrations (Cellular Desertification), Hydrosalis offers a salt-based, non-volatile alternative for large-scale water treatment and pool sanitation.