The force moving up is 'universal acceleration'. Not 'universal velocity'. I hope you can piece together why that answers the question.
I see two major problems with 'universal acceleration'.
The first is that measured values of 'g' vary with both latitude and elevation.
The variation due to latitude from the poles to the equator amounts to about 0.5%, quite measureable.
The variation due to altitude is a reduction in g from sea level to 9000 m (roughly the height of Everest) is almost 0.29%.
There are lesser variations due to local 'gravity anomalies' that are used in mineral exploration.
It would appear that 'universal acceleration' would have to result in exactly the same acceleration at all locations.
The other problem is that 'universal acceleration' from the time of 'creation' (whatever age that is taken to be) would have the earth travelling an essentially the speed of light (relative to what - I don't know). To me it would seem that an almost infinite amount of energy would be required to accelerate the earth (and all the observed universe).
The source of that energy seems to be a mystery.