Evolution of the Wave-based Universe (Part 11)

In the last post, we looked at the events around the start of Wave 3 cascades and the subsequent initial introduction of Wave 3 essential elements in Space. At that point, our local Wave 2 area would have looked like this:

Here’s our local Wave 2 area immediately after the first Wave 3 introduction of elements into Space. The new Wave 3 areas are circled in purple.

If we fast forward 2 Gyr, to 31 Gyr, a typical Wave 3 area would have evolved to have one (or maybe two) galaxies within them. There would not be enough elements introduced into each Wave 3 area or enough room within these areas to create more galaxies.

A typical Wave 3 area would have looked like the following:

A single galaxy would be taking form near the center of a typical Wave 3 area.

If we zoomed back out to our local Wave 2 area, we would see that the new Wave 3 areas would have expanded from their original sizes and the Wave 2 galaxy clusters would have shrunk slightly as they evolved.

At 31 Gyr, our local Wave 2 area has evolving Wave 3 areas and distortions near its borders with the surrounding Wave 1 area.

As you can also see, the Wave 2 galaxy clusters closest to the Wave 1 area would be “distorted” in the direction away from the center of their own Wave 2 areas – by the incredible cohesion (gravity) force of the surrounding black mega-holes. In fact, even the Wave 3 areas closest to the Wave 1 area would be distorted. In fact, the cohesion force on them would be so great that it would prevent galaxies from forming at all in these Wave 3 areas. (Instead of the denser elements coming together to form galaxies, they would instead all be pulled towards the black mega-holes.)

This state, at 31 Gyr, is where I believe we currently are in the life of our Overall Universe. Give or take several hundred million years…. This age of the Universe is significantly different from the approximately 14 Gyr the current models predict. After I finish this series of posts on the evolution of the Universe, I’ll further explain my thinking around why 31 Gyr is the here and now.

So, welcome to AD 2013! [From now on I'll switch from the past tense to the present and future tenses.]

If we expand out from the local Wave 2 area to look at the Overall Universe, here’s what we see:

Here’s how the Universe looks at the present time, 31 Gyr.

Notice that the Wave 2 areas, boosted by their Wave 3 additions, are taking up even more of the Overall Universe, relatively speaking. While the size of the Overall Universe is once again expanding slightly, this trend will not last for long as the contraction in Wave 1 and Wave 2 areas will soon outpace the expansion from Wave 2 areas.

In the next post, we’ll talk briefly about how our Observable Universe looks to us at 31 Gyr and how that is predicted to change over the coming several billion of years.