Discovery of Rational Periodic Table: Regime-Based Table for Physical Entries

AbstractThe Universe is not governed by a single spacetime, but by discrete layers. We proposeThe Regime-Time Table: a Rational Periodic Table for Physical Entries organized byn, the Layered Space Number.For 100 years, unification has relied on symmetry groups. This approach successfullymerged EM, Weak, and Strong forces, but excluded gravity and information. The failureoccurs because the organizing basis was incomplete.We postulate an alternative basis: the quantization of force regimes. All physical lawsare manifestations of a single fundamental Field Zn,j , whose form is determined by adiscrete integer n ∈ Z+. Just as elements are arranged by atomic number in Mendeleev’sTable, all physical entries are arranged by n in the Regime-Time Table.In this framework:• n = 1 corresponds to the Potential/Vacuum regime• n = 2 corresponds to Gravity• n = 3, 4 correspond to EM and Nuclear forces• n = 5 corresponds to Information κ(∂H/∂t)• n = 6 is the Vacant regime, reserved for future physicsThus, Information is the fundamental ”atom” of physics. A change in n doesnot merge forces; it transitions the Field between distinct layers.This provides the first framework where Gravity n = 2 and Information n = 5 arenaturally included. The Regime-Time Table maps 5 known layers and defines 2 vacantlayers n = 1, 6 as targets for future physics. It certifies the Bohr Model from atoms tocosmos: Matter tells spacetime how to curve. Information tells Regime-Timehow to layer.