Going there (for DMSO under normal conditions t m = 292.2 K, 18 0 C) leads to additional structuring of the DMSO with a gradual increase in its viscosity η and should have been additionally accompanied by an increase in the near-electrode viscosity η S , and an increase of the ratio R = A/B. A comparison of the temperature profiles of viscosity η = f (t), near-electrode viscosity η S = f ´(t), and x = f ´´(t) would provide a unique opportunity to detail the pattern of near-electrode superviscosity. Such a study was the subject of one unrealised collective project, with the participation of V. Mairanovsky, Askold Engovatov et al., Institute of Vitamins VNIVI, Moscow, together with the Faculty of Technology of Semiconductors MITKCHT, Prof. Victor Fistul, cf. student´s work of Grisha Mayranovsky , p.294.