Inherent Time and Quantum-induced Reality; a Sequential Universe Model

   Time can be thought of as an inherent natural "refresh rate", born one imaginary segment at a time. Each present reality segment exhibits a seamless transition to the next segment, which then becomes part of history, each being the result of a segment-wide, continuously streaming, wave function collapse.  

  The progression of time relative to its parent origin t=0 will be addressed theoretically, then by numerical calculation, within the limits of currently available parameters including the age and volume of the known universe, and estimates of the duration of wave function collapse. The goal is a calculable flow rate of time inherent within our universe; this is achieved, and shown to be credible, given the current estimated expansion rate of the known universe.