Concept and functions of an electron with Schroedinger's wave form of the electron

The reincarnation of Schrodinger's wave equation of an electron tempts to advance its concept which lures to study the process of electro crystallization on single crystal planes of (100) (111) substrates cathode. The deposits occur in the crystalline forms, by virtue of involvement of the electrons. So the mathematical concepts of the crystals when studied on dynamic basis of Schrodinger wave concept of mass smeared upon static vacuum surface, one reaches the formula for the massive Cat of Schrodinger as Y= ψ(x)]=(V,del)² ψ(x) + (8π²m/h²)[(E-V) ψ(x) ]=0 The large number of Schrodingers cats of massive ELECTRONS fetch out the desired reaction by the virtue of their common desire(property) be names as tan° of them. Hence letting ψ(x) to be a function of the tane, i.e ψ (x) = f(tanθ) one gets V²ψ(x) as 2Sec²θ tanθ + (8π²m/h²)[(E-V] tanθ]=0. The above equation is of massless cyclic electron of dynamic vacuum which is generic in nature like a driving force of the universe, responsible for the vivid natured morphologies of the animates and non animates of it's domain. (author)