Superconductors Cuprate Molecular Effect Model Advances with Carnot Factor Graphical Optimization

At previous publication series, the Molecular Effect Model (MEM) with Interior and Graphical Optimization was presented. That study comprised Type I and Type II superconductors materials, both classical and modern ones. This study shows 2D-3D advances in MEM for important Cuprates superconductors and new applications of MEM to determine-compute Carnot Factor. Imaging-processing in 2D-3D and numerical results with two systems, GNU-Octave and Matlab, are proven and detailed. An improved review of previous contributions in Isotope Effect Interior Optimization for Hg is included. Applications in Electronics Physics Superconductors modelling are explained.