Perhaps the most elegant part of this theory, is that it explains why galaxies move faster as they get farther away.

It's simple really. Ultra simple.

Assuming Big Collapse Process Theory is correct, imagine two galaxies, ours, and one 100 million light years away. Now a third, another 100 million light years away. Label them A, B, and C. A is 200 million light years away from C. (distances are arbitrary, for sake of illustration)

A is our milky way.
A appears not to move at all.
B appears to move away from A.
And C appears to move away from A even faster than B does.

Yet, C is moving away from B at the same rate that B is moving away from A!

From the vantage point of C, A appears to be moving away from C faster than B is moving, exactly the reverse.

So while all galaxies remain in relatively the same area they originally formed in so long ago, they give the illusion of moving away from each other, faster and faster the farther and farther out we go... because of local shrinkage of galaxies.

Mystery solved?