Reviewing my solution to the Einstein - Schrodinger Dichotomy it is fairly obvious that the speed of time
must always be slightly greater than the speed of light. I think this is accomplished by an enforced helical
geometry for radiant energy and an enforced straight line geometry for time. Thus time and light travel at equal
velocities, except their geometries are different such that time is omni directional in our three dimensional
perspective, but light though entering the fourth dimension as a helix, is perceived from our three dimensions
as a "wave" or "wavicle". The differential between time flow and light flow velocities is constant, but also
involves the differential between helical geometry and straight line geometry, thus it involves Pi !
A salient implication is that as the speed of light varies in different materials
(considering materials as mathematical frame works),
then interfaces between materials might provide the potential for "time" circuits. Such
circuitry is hinted at in the extremely ancient writing of the Chinese civilisation and the
Egyptian civilisations in their concepts involving Chi and Ki.
If we consider "time" as probability, then differentials of time might affect matter such as to induce what we perceive as motion. ( It would make the position of an object more probable in one vector verses another vector.) We presently recognise differentials as "gravity".
My next focus will be on WHY must light velocity always be less than time velocity and how that affects frequency rising when a wavicle of light is energized to higher and higher energy levels. Presently I feel there may be a significant "frictional" interaction between energy, matter, and "space time" (Einstein's INTERVAL).
Reviewing a 1941 Encyclopedia Britannica I find Einstein did not reject the concept of "ether" , but in his speeches and writing of that era he made it clear he just felt that ether could not be effectively measured directly. Thus his deductive approach.