The Dynamic Manifold Theory of the Periodic Table

The Dynamic Periodic Table Manifold: Space-Time Dependent Atomic States and Observable Spectral Holograms Abstract:We propose a conceptual framework in which the conventional Periodic Table represents a local, time-specific slice of a continuous manifold of chemical realities. Fundamental constants (e.g. α, h) vary smoothly across the manifold and rotate around a neutron-anchored axis, producing a continuous spectrum of atomic states between standard matter, mirror variants and exotic time-shifted chemistries. Observable consequences include graded spectral shifts and duplicated or merged spectral lines at boundaries (spectral holograms) and localized topological vortices where atomic physics departs from terrestrial norms. We provide experimental targets: high-precision quasar absorption spectra and boundary regions near large scale voids or extreme gravitational environments. This note is a theoretical proposal intended to stimulate observational tests.