Chandu's Law of Form: A Universal Scaling Principle for Stratified Matter in Confined Systems

This work introduces Chandu’s Law of Form, a universal geometric scaling principle governing stratified structure in confined physical systems. The law synthesizes harmonic field theory and duality-based transition criteria into a single dimensionless scaling relation that predicts the characteristic spacing of stable layers using only system geometry and restoring forces. The framework is validated across terrestrial planets, gas and ice giants, mesoscopic fluid systems, solid-state quantum confinement, and atomic-scale Coulomb systems, establishing a universality class for resonant stratified matter. This principle provides a predictive foundation for understanding structural organization, stability boundaries, and transition zones across physics.