On the Interplanetary Cosmic-Space Temperature Fluctuations Application Possibility with Superconductors and Molecular Effect Modelling for Energy Optimization in Future Space Long-Voyages

Superconductors Molecular Effect Model (MEM) was published in a series of contributions for High Temperature Superconductors (HTSC) Type I and II. A cautious pre-hypothesis is presented for future applications with these HTSC for optimizing the exploitation of cosmic space temperature fluctuations, not exclusively related to MEM. This pre-hypothesis project for possible upcoming missions applications, both in human-crew or robotic spacecrafts is explained and technically justified. Advantages and inconvenients are discussed. A review of 3D Interior and Graphical Optimization with HTSC MEM model, namely Hg-Cuprates, is included with main Critical Temperature numerical algorithms/formulas previously developed. This updated refinement for Hg-Cuprates MEM shows error in TC prediction ≈ 4 K, and is the forward improvement whose errors have to be continued decreasing in next MEM development stages.