Our universe is orbiting a parent singularity.
No.13042751 ViewReplyOriginalReport
Quoted By: >>13042830 >>13045306
https://www.youtube.com/watch?v=QqsLTNkzvaY
This video indirectly describes exactly what we area observing from the big bang to the current and predicted future state of our universe.
What we observe as expansion of the universe is our local area of the universe's decaying orbit towards the singularity. As our orbit decays toward the singularity, the rest of the universe appears to expand away from our local area of the universe. As we get closer to the singularity, eventually local galaxies will begin to expand away from the Milky Way. This expansion will continue and eventually elementary particles will expand away from each other.
Yes, the universe is experiencing spaghettification. However, this isn't something that happens instantaneously. It takes an unimaginably long time for an entire universe to be completely spaghettified and it happens in 3 dimensions.
So what was the big bang? A quantum tunneling event. The singularity of our universe still exists. However, there is a non-zero probability that matter within the singularity can tunnel into orbit around the singularity. This probability increases with the mass of the singularity and the distance from the singularity.
We should be able to precisely estimate the mass of the singularity using observational data about the mass of the universe and the current and past rates of expansions. We can use the estimated mass of the singularity to predict the future rate of the expansion of the universe and determine when matter in our universal will cross the event horizon of the singularity.
My prediction is that the singularity has infinite mass and spin. Space is infinitely warped around the singularity. Therefore, matter cannot tunnel outside the orbit of the singularity and massless particles eventually spiral back into the singularity.
This video indirectly describes exactly what we area observing from the big bang to the current and predicted future state of our universe.
What we observe as expansion of the universe is our local area of the universe's decaying orbit towards the singularity. As our orbit decays toward the singularity, the rest of the universe appears to expand away from our local area of the universe. As we get closer to the singularity, eventually local galaxies will begin to expand away from the Milky Way. This expansion will continue and eventually elementary particles will expand away from each other.
Yes, the universe is experiencing spaghettification. However, this isn't something that happens instantaneously. It takes an unimaginably long time for an entire universe to be completely spaghettified and it happens in 3 dimensions.
So what was the big bang? A quantum tunneling event. The singularity of our universe still exists. However, there is a non-zero probability that matter within the singularity can tunnel into orbit around the singularity. This probability increases with the mass of the singularity and the distance from the singularity.
We should be able to precisely estimate the mass of the singularity using observational data about the mass of the universe and the current and past rates of expansions. We can use the estimated mass of the singularity to predict the future rate of the expansion of the universe and determine when matter in our universal will cross the event horizon of the singularity.
My prediction is that the singularity has infinite mass and spin. Space is infinitely warped around the singularity. Therefore, matter cannot tunnel outside the orbit of the singularity and massless particles eventually spiral back into the singularity.
