NLT the next step Part 5-Sequential Acceleartion

You've been patient and the rabbit hole of time stands gaping before us.  You haven't gotten what you want yet, and I haven't gotten what I want.  Yet, you brought Parmenides and I have brought the rabbit hole and what we want lies before us, if we only knew how to reach out and grasp it.  But we don't know how to grasp it, so this is the beginning and this is the end.

"Welcome, youth, who come attended by immortal charioteers and mares which bear you on your journey to our dwelling. For it is no evil fate that has set you to travel on this road, far from the beaten paths of men... It is meet that you learn all things - both the unshakable heart of well-rounded truth and the opinions of mortals in which there is not true belief...[Now let me see if I can blow your minds]"  [A slightly edited] Parmenides

https://www.youtube.com/watch?v=JSUIQgEVDM4

Non Linear Time as a Theory:  The best theory of NLT shows creation as a series of discrete steps. Before we get to the equations of NLT, it is helpful to look at the discrete steps.  It took 10 years for field equations to be worked out by Einstein and this work is only a couple of years old and the purpose of this document is to allow more time to be allocated to working out the details of NLT.  But we will now look at the building blocks of the universe according to non-linear time.

CREATION: Sequential acceleration

0) Non-linear Time CT(0).  No clock times are linear, everything happens at once without dimension or force characteristics. NLT (all states/coordinates at zero). Something is about to happen and for lack of a better term, it will be called sequential acceleration of time.  Lets start by looking at traditional acceleration.  By definition the rate of change is x=dx/dt in one dimension (change per time).  Already, we have interjected error into the analysis because we are changing time, not distance, but for purposes of analysis, lets follow through.  The acceleration is d/dt(dx/dt) or, in terms of units meters/sec^2.   We don’t need to discuss position at this point in time because position is not relevant to inquiry.  Something is getting ready to happen and this definition of acceleration will help to understand what it is.