We're quickly headed to Time dilation part 4, but first we have to go into the mechanism that leads to time dilation via higher states.
We're going to partially solve how we go from our old friend at the ct3-4 interface, this 'discharge' to the extent there is a discharge, is our friend e=mc^2.
We're also going to look at our new friend, we have the other constant previously derived for ct4-5 where the factor (of course being F(n-2,n-1,n) is M(matter)=BH(blackhole stuff)x(times)q13^2^5 where q is a constant that makes up for the difference between the constant for the speed of light and this new constant or:
M=(BH)q13^2^5. That will be where the bomb comes from that blows a hole in our galaxy, I suppose.
So we're going to go a little further into this capacitor theory of spiral intersection. What we're doing here is adding to the algorithm that defines the intersection to include what happens at the intersection in certain circumstances. We're also going to discuss why this happens the way it does to some extent and the models in dimensional space that define 'inflection points' where the intersection yields to non-intersection which are not necessarily the same, but are the equivalent of the very different places where the sin function changes the direction of the algorithm which was previously derived for the intersecting spiral functions.
We have defined lengths of these overlaps and these defined lengths will give us a definition of "time" for the capacitor equations between t=0 and t=end of the overlap but we can solve for any quantum moment thereby allowing us to predict the future or the past at any point and to predict where we're located at any quantum point along the intersection and where it will end once that point is determined (it ends in the direction we consider to be time at a big bang).
To understand this, we have the equivalent of time which is the length along the point of intersection. This generates a stacking of spirals which we're going to compare our spiral building to current over a capacitor. Don't mistake this for actual current because we're not going to have the same effect. What differences?
Well for one thing, we're going to achieve stable higher states, not necessarily in every spiral intersection, but in the big bangs we're going to have the next higher time state as well as some significant discharge.
So we'll take this analogy down the road a little ways and bear with me, because we're going to be do lots and lots of substitutions to get from the real world power source, to the algorithm power source of AuT.
If you're already seeing where this is going, why not hire me as a resident physicist for your country, universe or if you're inclined that way, your insane asylum. But if I'm crazy, you know it's your fault.
https://www.youtube.com/watch?v=NZkM_nOJ3d4
No comments:
Post a Comment