[Theory] The Triple String-Dynamic Equilibrium Model (TSDEM): Resolving the Vacuum Catastrophe via a Three-Tiered Topology

Hello everyone,I have recently formulated a theoretical framework called the Triple String-Dynamic Equilibrium Model (TSDEM), which proposes a novel approach to the Cosmological Constant Problem and the dynamic evolution of Dark Energy.Instead of treating spacetime as a single smooth manifold, TSDEM introduces a three-tiered interactive cosmic topology:Top Layer: The standard 4D Lorentzian manifold where Dark Matter acts as gravitational ballast.Middle Layer (The String Matrix): A dynamic interface of open and closed strings that actively dampens and regulates energy transfer.Bottom Layer: The sub-Planckian matrix subject to violent quantum vacuum fluctuations.By modeling the Middle Layer as a non-linear attenuation interface, the framework derives an analytical solution yielding a precise, dimensionless Damping Factor of 276.31, which reduces the bare quantum vacuum energy (ρ ≈ 1) to the observed dark energy density (ρ ≈ 10⁻¹²⁰).Furthermore, the model addresses coupled quintessence, predicting a time-dependent decay of Dark Energy that aligns with recent anomalous observations from DESI.

I would highly appreciate your feedback, critiques, and thoughts on the string thermodynamics component and the derived boundary conditions!Thank you!