Schrodinger Ross Solution

Solving the Schrodinger Equation

I want to work primarily with the Time Dependent version of Schrodinger's Equation (TDSE) as my F wave maps out the path of a light photon.

However the Time Independent version of Schrodinger's Equation (TISE) is also heavily dependent upon an exponential form like y = e^ix as the existing general solution (which I am replacing).

Schrodinger's work is a continuation of classical wave theory.

At first I thought I needed to rerwite Schrodinger's Equation but now I see that I just need to provide a new solution in the form of my V wave equation (y = e^ix + e^[-ix]).

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I realise that the 3D and 4D wave equations could be reversed if by observation they are seen to behave differently.

I am providing my best interpretation of the facts in fitting the equations to their appropriate dimensions.

Of course this stands as an independent theory of Complex Quantum Mechanics if we just take (y = e^ix + e^[-ix]). and consider it as the general solution in 3D.

I am avoiding this escape as I wish to maintain consistency with my theory of Complex Quantum Mechanics.

Complex QM has not been seriously challenged since first announcing it in1999.