D10Z-TTA: Testable Predictions for CERN Experiments — A Theoretical Framework Offering Specific Signatures for LHC Run 3, HL-LHC, and FCC

We present D10Z-TTA (Mechanics of Infinity – Spiderweb Fabric), a unified theory proposing spacetime emergence from discrete nodal networks at scale S₀ = GM·10⁻⁵¹. Unlike many Beyond Standard Model proposals, this framework generates specific, falsifiable predictions testable with current LHC infrastructure. detail five quantitative predictions: (1) Higgs self-coupling enhancement of 2-5%, (2) vacuum fluctuation power-law tail with exponent α ≈ 2.34, (3) correlated timing anomalies with r > 0.01, (4) W boson width broadening correlated with multiplicity at ~10⁻⁴ level, and (5) non-linear multiplicity scaling with β ≈ 1.05-1.15. Complete mathematical derivations and open-source analysis code are provided. This document constitutes an open scientific proposal requiring no funding or institutional affiliation—only independent experimental verification. sub-Planck physics, emergent spacetime, nodal dynamics, BSM predictions, LHC phenomenology, Higgs self-coupling, D10Z-TTA, CERN, particle physics