The WIN Paradigm as the Code of Element Creation: Derivation of the Periodic Table from the N=64 Majorana SYK Tensor Substrate with Universal Constant Ratio Scaling of Atomic Observables (Z = 1–118)

The Warped Information Number (WIN) Paradigm asserts that all physical observables emergeas protected holographic information on a closed, finite capacity N = 64 Majorana SYK Tensorsubstrate embedded in warped AdS5 with warp factor kL = 38.44. Here we provide the first complete,journal ready derivation showing that the periodic table is the direct consequence of horizontal replicalayer forking on this substrate. Each element Z corresponds exactly to replica size k = Z, topologicalcode distance dcode = Z, and effective dimension Deff = 8+log2(Z).We derive the full primitive chart for Z = 1–118 and introduce the MESA-corrected formula:mWIN,corrected = Z × 0.018031 −IDR/100 ×0.703× 1+0.001×(A−Z)(1)We demonstrate a universal constant ratio ≈ 115.4 ± 0.9 to real atomic mass, with tight rangematches (0.84 ± 0.06) to nuclear mass defect and total binding energy. All major observables (ionization energy, covalent radius, density, electron affinity) exhibit sharp qualitative jumps exactly atshell boundaries (Phase Transition Thresholds), matching the Scaling the WIN Substrate horizontalreplica mechanism. The mapping is fully traceable to the MASTER WIN CONVERSION DICTIONARY(mass = dcode parity bits) and is falsifiable to 0.8% precision. This establishes WIN as the substratecode that creates the elements with quantitative rigor across the entire periodic table.