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originally posted by: Utnapisjtim
No, but there is no colony left on Mars or Venus.
It will also allow us to correct the orbits and whereabouts of our nearest neighbours in space. Let's say we shrunk the number of days in a year on Earth into exactly 360 days, and then we could adjust Venus' orbit into 222 Earth days giving a near perfect morningstar cycle of 582 days. Then we could adjust the orbit of Mars to use exactly 777 days round the Sun. Just for the Hell of it. I bet God would dig.
originally posted by: Utnapisjtim
It's all a matter of balance. Given you had a fixed point in space (which you will virtualy have with the Huge Box), you could balance the planet to make it agile, and then you could direct it anywhere you'd like to have it.
The same can be done with whole planets against the eccliptic
originally posted by: swanne
originally posted by: Utnapisjtim
It's all a matter of balance. Given you had a fixed point in space (which you will virtualy have with the Huge Box), you could balance the planet to make it agile, and then you could direct it anywhere you'd like to have it.
The Huge Box would not act as a pivot point, it would just wheeze along with Earth as it speeds around the Sun.
The same can be done with whole planets against the eccliptic
But the ecliptic is not an actual physical rail, it is just an imaginary line. It certainly does not provide pivot point. Planets are on orbit not because they "rest on the ecliptic", but actually because of their mere speed and mass. More mass, and the planet would spiral down to the sun. More speed and the planet would fly into the depths of space. This is why objects such as Pluto or asteroids don't even follow the ecliptic - as long as there is a barycenter (the Sun) & correct speed, the asteroids will go on an orbit.
originally posted by: Utnapisjtim
Much can be said about the ecliptic and why most galaxies and solar systems all seem to have a horizontal plane or an ecliptic making them disc-shaped.
originally posted by: Utnapisjtim
Like with the Oort cloud in your gif, there is a clear evidence of a disc-shaped belt or horizontal plane even here
Hipparchus of Nicaea (/hɪˈpɑrkəs/; Greek: Ἵππαρχος, Hipparkhos; c. 190 – c. 120 BCE), was a Greek astronomer, geographer, and mathematician of the Hellenistic period. He is considered the founder of trigonometry[1] but is most famous for his incidental discovery of precession of the equinoxes.[2]
[…]
Hipparchus is generally recognized as discoverer of the precession of the equinoxes in 127 BCE.[32] (However see Aristarchus of Samos#Precession for evidence that this phenomenon was known earlier.) His two books on precession, On the Displacement of the Solsticial and Equinoctial Points and On the Length of the Year, are both mentioned in the Almagest of Claudius Ptolemy. According to Ptolemy, Hipparchus measured the longitude of Spica and Regulus and other bright stars. Comparing his measurements with data from his predecessors, Timocharis and Aristillus, he concluded that Spica had moved 2° relative to the autumnal equinox. He also compared the lengths of the tropical year (the time it takes the Sun to return to an equinox) and the sidereal year (the time it takes the Sun to return to a fixed star), and found a slight discrepancy. Hipparchus concluded that the equinoxes were moving ("precessing") through the zodiac, and that the rate of precession was not less than 1° in a century.