Schrodinger - V Wave Connection - page 2

continued from page 1
I can now link Relativity and Quantum Mechanics together by using my V wave. The link with Quantum Mechanics does require acceptance of my geometry of complex space (although Schrodingers Equations hints at this).
The Probability Density equation in the form of the wave function is shown below in "Schrodinger's Equation 2". This shows that it does allow for a transfer of energy/force along the ztar or undistorted complex space.

We can improve this connection by modifying the equation in "Revised Probability Density Equation" which is an extremely good match to my Ztar. This implies that if the original Schrodinger Equation had a complex component (as I suggested) it would be even more efficient.
What this means for the energy to mass transformation is shown in "V Wave Action". If I were to apply this to my V wave by squaring the right hand term (y^2) it demonstrates that mass to energy and energy to mass could then take place simultaneously as shown in "V Wave Equation 1".