The Quenching of Collider Nucleosynthesis: A Consequence of the Sliding Spacetime Cutoff

Although modern particle accelerators can reach energy levels comparable to the early universe, the primordial nucleosynthesis required to form stable complex matter structures remains unreproduced. Instead, colliders primarily generate intermediate resonance states that rapidly decay into radiation or light particles. This paper demonstrates that this limitation is not a technological constraint, but an inevitable consequence of the "Sliding Cutoff" mechanism within the spacetime structure. The degradation of the ultraviolet cutoff from the Planck scale (10¹⁹ GeV) in the primordial epoch to the current 10⁷ GeV scale has significantly amplified the role of quantum friction Γ ∝ M²/Λ. Mathematical analysis indicates that the dissipation time due to this friction (τ_Γ ∼ 10⁻²⁶ s) is substantially shorter than the binding time of the strong interaction (τ_QCD ∼ 10⁻²⁴ s), thereby suppressing the localization of massive material states.