MATHEMATICAL 3D OPTIMIZATION GNU-OCTAVE WITH REVIEW OF 2D/3D CRITICAL TEMPERATURE OPTIMIZATION MOLECULAR EFFECT MODEL IN HIGH TEMPERATURE SUPERCONDUCTORS THALLIUM CLASS [TC > 0°] AND SUPERCONDUCTING MULTIFUNCTIONAL TRANSMISSION LINE INVENT

GNU-Octave   System   software   was   designed   to   obtain   3D/2DGraphical   Optimization   for Molecular   EffectModel   (MEM)in   [   Tl-Sn-Pb-Ba-Si-Mn-Mg-Cu-O   ]High   Temperature Superconductors  (HTSCs)  class [exclusively  forTC >  0°  ]. The  study  results  show  two  parts, namely, GNU-Octave 3D Graphical Optimization and 2D/3D MEM optimization review. Series of 2D   MEM   GNU-Octave   graphs   with   increasing   ILS   polynomial   degree   are   developed   to demonstrate the equaling of the MEM for this HTSCs class.Comparisons to Matlab solutionsfromprevious  contributions  were  also  presented.  Results comprise Inverse Tikhonov  Regularization algorithms and mathematical methods for this HTSCs class. Solutions prove Numerical/Graphical coincidence  between  MEM  and  experimental  data  is  proven.  ILS  norm-residuals for  MEM show be acceptable and  low. Electronics  Physics  applications  for  Superconductors  and  HTSCs and optimal TCselection/constraints  are explained.Invention  of  Superconducting  Multifunctional Transmission Line is proposed [Casesnoves, 2021]