Simulation for Tokamak

This compact geometry is the ideal terrain to demonstrate how metric curvature handles extreme energy densities without collapse. The aim of the experiment is twofold: on the one hand we want to experimentally demonstrate the existence of a functional tokamak for any length of time and therefore we want to carry out the experimental verification of the veracity and consistency of the equations and principles in ITE ETD, DOI: 10.5281/zenodo.18206804 , and on the other hand we want to show that this can be achieved without increasingly larger magnets that try to approximate the result but continuously preserve the plasma flow contingency error that inevitably leads to the reactor shutdown. So, we can say that the aim is to find the "Valley of Stability" where the Presence Density () prevents contact between the plasma and the wall. The virtual experiment was carried out with the computational contribution of the Gemini AI, which provided the Gemini AI LAB information infrastructure.