De Sitter Emergence in the TET–CVTL Framework: From Primordial Trefoil Saturation to Exponential Cosmic Expansion

This preprint demonstrates that the fully saturated state of the Topological-Entropic Theory with Conformal Vacuum Tensor Lattice (TET–CVTL) naturally emerges as a de Sitter spacetime. The primordial three-leaf clover (trefoil) knot lattice, when taken to maximal multi-knot saturation (Lk=100%), produces constant positive curvature, maximal entanglement entropy, and exponential expansion driven by an emergent cosmological constant Λ.This provides a parameter-free derivation of de Sitter geometry as the asymptotic attractor of topological-entropic evolution, unifying laboratory devices (indestructible pulsar, proton fusion catalyst) with inflationary past and dark-energy-dominated future.Specific CMB predictions (low-ℓ suppression, equilateral non-Gaussianity with mild negative running, parity-odd TB/EB correlations) and comparisons with alternative models (LQC, string cosmology, brane-world, DGP, ekpyrotic, Hořava-Lifshitz) are presented. Tetcollective.org