Am I really all alone out here? The AuT lecture

I show where the 4th dimension comes from in AuT but everyone is shocked when there is evidence of it?
It continues to frustrate me.  I feel like I'm in a wreck in the middle of the ocean and there are planes all around me and no one can see me.
https://www.morningticker.com/2018/01/4th-dimension-discovery-shocks-scientists-around-the-world/

So, none of this is going to help me, but let me help you as I lay this out in a simple fashion.  In 10 minutes I will give you the origin of space, time, the big bang, black holes and just about anything else you need to know about the universe.
And you will not even comment on it!

1) Dimension is defined by a series of related formula which are memorialized in the definition of pi:

Looking at the spreadsheet above you see the derivation of pi.  Note this is pi for 4, but pi for 1, 2, 3 or 4 works the same way (the numerator) and if you ignore the numerator, you can get pi0 which is important as set out below.  -1^x and fpluspix are numerator independent denominator ratio generators.
First you have -1^x, this is ct0.  It's important so watch for it later.
The next number of import is fpluspix which is ct1, you know it as space.  Up to this point there is no dimension, all there is is potential for positive and negative results and in the case of fpluspix, the ability to achieve inflection point life spans on the scale that we see with big bangs and big contractions, currently around 20 billion years apart.  If you need to understand the specifics of this, read book 5 or read 1-5 better still.
2.  To get from positive and negative results to observed curvature you have to compare results for different values of the numerator of pi which gives rise to place as one state is compressed to the next.

This shows the derivation of sin. You get the same result no matter which measure of curvature you have and it doesn't work past the first number anyway because the calculation requires a recalculation of pi, but what you see is that where you go from -1 to 1 you get a ratio of 32/27/8-its the .148148 highlighted.
The 8 comes in as 256 (32*8)/27 from whence the compression required (256:27) to get from ct1 to ct2 is derived just as to get to fpluspix you preserved the distance between -1 and 1, then 1 to -2 and so on (book 5).  This 256 being f(x)^2^x is preserved as the ratio from which compression is derived, presumably with certain permutations just as the initial permutations occurred through remember the result of the prior solution.
3.  All of these solution grow from the prior solution.  -1 to 1, the source for 32/27 in the sin equation comparison between ct0 and ct1 is the first fpluspix change and if you want to see why, read book 5.
4.  The next solution is f(x)^2^x where f(x) is 2 times the fibonacci number for x and this is derived from 32/27 because that ratio is the ratio of f(x)^2^x for a limited case which is covered in book 5.
5.  What this shows is that space is the source for the derivation of photons (x=2) and as you follow this upward for x=4 you get the scale equation w(wave energy)=f(4)^2^4 which is e=mc^2 in terms of scale.  The next scale increase (f5)^2^5 happens to the the minimum size of a black hole, it's not a coincidence read book 5.
6.  At each of the scale changes, you have the ratio between the prior state and the new state which appears as a dimension so obviously you have the beginnings of a 4th dimension when you have ct5 which appears transitionally as protons and neutrons, at least that is the indication by the forces which can see in books 2-4.

7.  In the top right hand corner you can see the build out of dimension at various stages of compression and you can see compression up to ct5 along with substitution of different states in the boat looking things.  The first one (sol) is one ct1 and one ct1 out which we call the speed of light.  Note there is no actual speed, its just a substitution of adjacent states.  Again, see books 4 and 5 for the details.
8. The higher substitutions ct2, 3, and 4 are what we call time.  Time doesn't exist, per se, it's just the ratio of ct1 substitutions to these higher substitutions.  If you're thinking that this means that time doesn't exist in space, you are correct, it doesn't; even Einstein knew that although he didn't know why just like he knew energy and mass were convertible but he didn't have this detail which explained it in terms of compressed "information" where information is a lot more complicated than what we think of as information.
This short summary provides more information on the makeup of the universe and dimension than is in all of physics up till the publication of books 1-5 of AuT.  You are welcome.