- #1
LuckyNate
- 20
- 0
What i would like to know is, how far apart would 2 masses of 1kg each have to be, for the effects of their gravitational attraction to be overcome by the force of the Dark Energy (i.e. to begin moving away from, rather than toward one another?)
The basic question I am trying to pick away at is, does the dark energy have a force that is gravity like (somehow affected by the square of or square root of distance) or does it just add up over distance? also is there going to be some sort of threshold or horizon out there at a certain distance from a mass where the dark energy is somehow pushing against the edge of its gravitational field (if my assumption that the empty space is pushing out against anything with mass is correct)?
The basic question I am trying to pick away at is, does the dark energy have a force that is gravity like (somehow affected by the square of or square root of distance) or does it just add up over distance? also is there going to be some sort of threshold or horizon out there at a certain distance from a mass where the dark energy is somehow pushing against the edge of its gravitational field (if my assumption that the empty space is pushing out against anything with mass is correct)?