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# Average speed of 89 billion kilometers per year
Or 0.0094c
(, Thu 13 May 2021, 18:17, archived)
# Oh, the next node isn't a capture, by the way. Just a minor course correction.
Also are you allowing for time dilation?
(, Thu 13 May 2021, 18:37, archived)
# Ah, I misunderstood the route
But gamma is 0.99996, so time dilation doesn't really come into play, at least not to the number of significant figures i can be bothered to work to.
(, Thu 13 May 2021, 22:14, archived)
# You get an extra point for being so clever!
(, Thu 13 May 2021, 23:29, archived)
# Lorentz and Einstein are the clever ones, I just put the numbers in.
(, Fri 14 May 2021, 22:07, archived)
# Seems pretty slow.
Accelerate at 1g and you'll be there in less than six years.
(, Fri 14 May 2021, 2:21, archived)
# Seems like you'd need a planet's worth of fuel to accelerate thousands of tonnes of spaceship at 1g for that long.
Seems like you might as well take your planet with you at that point.
(, Fri 14 May 2021, 14:29, archived)
# I make it just over 4 years
And as brb says, lots of energy needed for that, although presumably you'd be using fusion so not so much mass needed.
(, Fri 14 May 2021, 22:12, archived)