Okay, I am happy to support my proposals.
Sorry it is taking some time.
I will try to do something to eliminate the guesswork !
Unfortunately I am not familiar with any of the mathematical examples with regards to multiverses. My preference is to read about this from books rather than "skatty" sources on the internet. This way the arguments are more coherent !
Bounce cosmology is a new term for me. But it sounds interesting ! Are you able to outline the basic tenets, here in the forum?
So if I can add some parameters to my model.....
Let us have the set {U1, U2, U3, .........} where U1 - universe 1 in time, U2 - universe 2 in time.......
So by having a set this implies that we have multiple universes in time.
I suppose for completeness we can call our current universe U0 or just plain U !
Now, what I want to address in my model for time is:
- the varying sizes of these universes
- so what are the sizes of {U1, U2, U3.....}
My proposal is that each of the universes would be of varying size. Given the randomness of our own universe, you would not expect {U1, U2, U3.....} to be exactly the same.
So adding a parameter for size (s)
U1 (s = 100). might be universe U1 is 100 million light years across. And so on.