Residual Energy Analysis in Virtual-to-Dark Energy Conversion

This simulation evaluates the residual quantum energy remaining after the transformation of virtual energy into stabilized dark energy. The governing relation is<br>Etotal=Edark+∑kΔEkresidualE_{\text{total}} = E_{\text{dark}} + \sum_k \Delta E^{\text{residual}}_kEtotal​=Edark​+∑k​ΔEkresidual​,<br>and the simulation plots the ratio ΔEresidual/Evirtual\Delta E_{\text{residual}} / E_{\text{virtual}}ΔEresidual​/Evirtual​ for various initial virtual energy values. Results demonstrate that the residual energy ratio remains nearly constant around 8×10−138 \times 10^{-13}8×10−13, indicating that the anti-time transformation process is highly efficient and conserves nearly all input energy. This supports the theoretical claim that no significant dissipation occurs during the transition from quantum fluctuations to dark energy states.