From Cosmic Tilt to Matter and Quantum Structure: A Geometric Interpretation of Schrödinger Dynamics

This work develops a geometric framework linking cosmic evolution, matter formation, and quantum dynamics through a tilt-based representation of degrees of freedom. Quantum behavior is interpreted as coherent transport in an axial–phase configuration space, with the Schrödinger equation emerging as the minimal transport law compatible with phase evolution. The approach provides a unified geometric perspective on mass, phase, and localization without modifying established quantum predictions.