3 ms·
> Then you’d probably then need a negative-Earth-mass amount Assuming antiparticles are "repulsed" by earth's gravity, 1.01kg of antimatter would be enough to
by Jyaif 8y ago
> Then you’d probably then need a negative-Earth-mass amount
Assuming antiparticles are "repulsed" by earth's gravity, 1.01kg of antimatter would be enough to take 1kg of matter to space.
- Pxtl 8y agoThe trick would be to attach them together with causing a nuclear explosion.
- louthy 8y agoOh the humanity!
- jp555 8y agobut wouldn’t the 1.01kg of antimatter have an “inverted gravity well” that propogates in all directions, sitting at the bottom of Earth’s much much larger gravity well? I mean I’m looking at gravity in that it isn’t like electromagnetism; propagating waves of energy through space. Gravity is the bending of space itself; mass’s impression. But maybe I’m using the wrong/incomplete model of gravity here