I think you've hit the nail in the head. I recently had a similar thought that the 'expansion' of the cosmos may simply be "the same distances divided into more

I think you've hit the nail in the head. I recently had a similar thought that the 'expansion' of the cosmos may simply be "the same distances divided into more chunks". I.e. initially, at the big bang, the analogy was 1/1, i.e. the whole universe was of distance '1' divided by '1', and as the universe 'expanded', it didn't really expand, it was actually the divident being incremented, which created more chunks in the universe. It is as if we have a computer display of 1x1 meter, and we gradually increase the resolution; the actual size of the display wouldn't change, but its resolution would. Of course your explanation is much more scientific than mine, which is just a hunch. Such 'resolution' increase of the universe would explain nicely its expansion. I wonder if the creation of wormwholes that would allow travelling to distant systems in human lifetimes would simply be the opposite effect of damping of this frequence of our universe. By reversing the damping, the "resolution" of the universe may decrease and then moving from one place to the other would require a lot less time. Also, could gravity be a change of this frequency by mass?