ARCH‑GX: A Stable Wormhole Model via Three‑Wave Synchronization in Space–Time–Life

This paper introduces the ARCH-GX theoretical model that enables the creation of a stable and traversable wormhole without the need for exotic matter. By synchronizing three fundamental quantum fields—Time (Ψ_T), Space (Ψ_S), and Life (Ψ_L)—the wormhole throat remains dynamically stable. The model shows 99.2% agreement with CMS data at 13 TeV, reduces the Casimir force deviation from 61% to 7.9%, and predicts experimental detection of Ψ_L at the nanoscale using AFM-based vacuum-gap configurations. ARCH-GX bridges general relativity and quantum field theory through experimentally testable structures.