AGE OF THE UNIVERSE-Two New APPROACHES

I pray before I eat.  for someone who has proven that faith has no place in the universe this may seem out of charcter, but I am a superstitious man and while I reject man made religions and the idea that the universe may be changed I feel like i should still be thankful for the good things around me and those from which I am separated.
I pray for us too.
That you will be happy.  I also sometimes, that we will be together, but i do not believe that prayer should be a selfish thing, even so I have pleaded to be saved from myself and events and my prayers have been answered sometimes; or so it seems.
I fixed the elastic band that allows me to swim outside in a still very cold but very short pool, i swam a good swim although of  uncertain distance it compared in terms of time with a 2200 yard swim.  Then I cleaned the filters and brushed and shocked the pool.  If there were true answers to prayers I suppose someone would have done that for me.
Then i at a cold, over salted mean which I am grateful for because everything is cold and tasteless without you, the simplist meal a feast if we share it.

For the last few days I have worked to work out the antimatter problem in lieu of recording because I believe this issue to one of importance for the existence of antimatter or not and how the fpix solution governs this are important questions which when answered will more fully define the model and that in turn will answer more questions.

While I am not at all satisfied that I have improved the model, I do feel comfortable that a theoretical basis for antimatter and the preponderance of matter given the ability of the equal amounts to cancel each other in a time and dimension resistent enviroment of ct1 easily explains tthe imbalance while proiding for at least regional appearances of anti-matter as well as providing a model for what it is and if god is willing if there is a good, then perhaps I will dictate it when I wake up early because there is no reason to sleep if I cannot dream we will be together.

This has been presented before, but since it was put together in book 3 and will be presented in the compression section, I submit it for your comment and review and after I finish with the section on matter and antimatter, I will edit this.

In terms of age, we are talking about AuT age, the age between compression states.  Here are two early calculations, not yet fully reconciled, but well worth considering presented previously, but perhaps the first time together  in Book  3.

a.  AMOUNT OF DARK ENERGY

Based on the entire age of the universe (estimated based on 40 billion years for our current universe) it would be around 3.8x10^30 years.

Let me explain that.

First of all I'm assuming that our universe will expand for 7 billion years and then contract for 20 billion years (roughly).  There are calculations for this in the books, the best one is probably based on the rate at which expansion is shrinking although there is one where we're 31.7% of the way to the reduction based on there being 68.3% of the energy being dark energy.

  Based on this number, we can say that the universe is 1/3 of the way through the expansion phase, meaning we'll contract in around 27 billion years. which yields a much older universe.

The simple truth of this is that the period of half of the information is 36 billion years, and this says the average overall for the universe is 36 billion years between transitions although within that time frame, some of the younger particles of information will change trillions and trillions of times, just averaging shrinking over time.

You have to get the average age of universes by taking this 80 billion year old universe, and divide it by 4.   Since the first universe transitioned immediately from positive the negative and this one transitions at 40 billion (1/2 of around  80 billion) the average universe lasts 20 billion years (1/2 of 40 billion).

Another way of looking at this is that there were 20 billion universes (including some inconsequential.  (average age is half of the longest plus half of the shortest) of 40 billion years which as a rough number of universes since each one is rough twice the one before it...well you get the idea.  The average lifespan is really long which is why we don't see information states changing all the time even though we do we don't see it en mass.

Dark energy universe calc  

second 1.07E+37 

age-CURRENT  13,800,000,000.00   days

year's worth  31,536,000.00   365

points  4,656,605,760,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000.00  

length 4 

max length  18,626,423,040,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000.00  

avg length 9.31321E+54 

avg length in years  27,600,000,000.00  

1  

% more dark energy  0.68  

% to 50%  0.18  

passed already 0.32 

Age of 32%*.18/.32  7,762,500,000.00  years till collapse starts at 51% 

  gravity over dark energy

b.  EXPANSION Rate Change

          We want this number to come out the same as the number for Dark Energy.

That is, we want to use logic (maybe false logic) to show that we're 64% of the way to the universe beginning to contract.

          Earlier we came up with some older periods so we're going to revisit all of that in this post. (9/8/16 was the original).Now let's forget the rest of that post for a moment.

The farthest object is 13.3 bln light years away.  In a universe that is 13.7 billion years old that means it's essentially at the edge of the universe and it took 13.3 billion years for it's light to reach us which was some 420 million years after it formed.  It's essentially at the edge of the universe, but whether we're going to stick with 13.3 billion light years or the 13.7 doesn't matter much because the extra distance isn't important for rounding this off.  If you really want to put an alarm on your phone and it will handle the numbers, you can try to get more precise, you'll have the math.

According to relativity the distant galaxy is moving at (1) 3c relative to us.

          We're going to ignore the rotation net speed (CBR or CBM) which discusses the fact that we're moving all over the place even if we stand perfectly still.You and I are in a galaxy that's moving at the relatively slow speed of 627km/s.  Earth is actually moving slower than the galaxy relative to cbr but if you start comparing apples to pomegranates you're going to end up with a fruit salad

          These old universes are only 400 million years old.

          We're a mere 25,000 light years from the center of the 13.7 billion light year across universe.  We're only 1.9x10-6 of the way to the edge of the universe.

For purposes of estimating we'll say we're essentially at the center.

          Now let's talk about what is happening because of this.  The other galaxy is not really moving at 3 times the speed of light or even at the speed of light.  It was when it's light started to come to us a 13 billion years ago, but it's subject to the same average inflection point that we are, we're just 13 billion years down the road from it.

Earlier we looked at the universe slowing from expanding during that 13.7 billion years from the (1) relativistic speed of 2c (599564800m/s) or (2) the real speed of light (299782450 m/s) all the way down to 627,000 m/s today.

          But if we go back to the observation, it's slowed from 3c to (from 1c to 627,000m/s)  or it's slowed it's expansion by essentially 2/3.  You can get more precise, but we're a little uncertain about all the numbers so we're just going after an estimate.

          This means we're 66% of the way to a dead stop, re-compression universe meaning (if the universe is 14 billion years old) we have 7 billion years left before the reversal which is, because of common rationales in part,  the number used for dark energy vs non-dark energy.

          What this means is that we can use the concept of AuT to create a self-checking system (based on two entirely separate observation) to time the period of expansion of the current universe.