So to travel into the future and be in the “same place” relative to your planet you’d need to solve the n-body problem for at least your local system to a suitable length of time. A slight error might mean you appear inside the planet or in outer space.
Mass bends spacetime so one could assert that a time machine could anchor itself to a sufficiently large mass, just like how things in orbit are still bound to the earth’s mass.
But by the time you have collected and evaluated all the drone data you and all the masses around you would already be in a totally different configuration, making the data useless.
But maybe a little jump to the time when you sent the drone out would be easier and then you could use the drone’s data.
So to travel into the future and be in the “same place” relative to your planet you’d need to solve the n-body problem for at least your local system to a suitable length of time. A slight error might mean you appear inside the planet or in outer space.
Or maybe I don’t understand this stuff. :-)
Mass bends spacetime so one could assert that a time machine could anchor itself to a sufficiently large mass, just like how things in orbit are still bound to the earth’s mass.
You’d also need to solve time travel.
Eh, let’s cross that bridge when we get to it
And this is why you need the spice melange
You’d just send a drone back, to say 100 years ago, first and have it send you exact coordinates into the future.
Time paradox aside you’d probably have this data already, with all alternatives and can correctly time jump right away.
But by the time you have collected and evaluated all the drone data you and all the masses around you would already be in a totally different configuration, making the data useless.
But maybe a little jump to the time when you sent the drone out would be easier and then you could use the drone’s data.