Wouldn’t that mostly depend on how long teleportation takes? But if it’s instantaneous, you wouldn’t need to account for inertia to end up literally a couple of feet away from where you are, right?
No, I don’t think you understand what instantaneous actually means. It literally means instantaneous. Faster than the speed of light (which is actually why teleportation is physically impossible but that’s irrelevant).
That doesn’t make any sense. If I’m instantly transported 2 feet to my left I’m still going to be in the same room, not in outer space. Maybe you’re thinking of this issue with time travel?
Meaning you’re on a space station right now?
Or he operates a vacuum chamber or some sort of specialized machinery.
Inertia isn’t preserved during teleportation. So you’ll most likely end up either in space or the Earth’s core.
Wouldn’t that mostly depend on how long teleportation takes? But if it’s instantaneous, you wouldn’t need to account for inertia to end up literally a couple of feet away from where you are, right?
You underestimate how fast we’re moving through space.
No, I don’t think you understand what instantaneous actually means. It literally means instantaneous. Faster than the speed of light (which is actually why teleportation is physically impossible but that’s irrelevant).
That doesn’t make any sense. If I’m instantly transported 2 feet to my left I’m still going to be in the same room, not in outer space. Maybe you’re thinking of this issue with time travel?