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/sci/ - Science & Math

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>> No.10610080 [View]
File: 18 KB, 300x300, Elliptic_orbit.gif [View same] [iqdb] [saucenao] [google]
10610080

>>10610051
how do you even get this retarded?

>> No.4017638 [View]
File: 18 KB, 300x300, Elliptic_orbit.gif [View same] [iqdb] [saucenao] [google]
4017638

>>4017598
If you have the means to build immense solar shades, you could probably also make huge solar sails, so make an orbital ring connected to Mars by space elevator-cables, attach a solar sail to the ring and then use several solar mirrors to slow it down, ie. pulling it down to a lower orbit. Continue until it's in the same orbit with Venus and... BAM!

Now I would like to point out that that was a very simplified description.

You would probably want to first take Mars under or over the ecliptic and steer it well clear of the orbit of Earth.

>> No.3654884 [View]
File: 18 KB, 300x300, Elliptic_orbit.gif [View same] [iqdb] [saucenao] [google]
[ERROR]

I think you and her got it wrong.

It's probably not a planet but a star. And it sounds more like it's in a highly eccentric orbit around the black hole, similar to pic related.

The reason I think so is that 1. nothing escapes a black hole, and 2. if a planet or a star got too close to a black hole, either would be ripped apart by the tidal forces when they reached the so-called Roche Limit (wikipedia it).

And the part about neutrons and electrons is probably the Relativistic Jets (wikipedia again) which many black holes with an accretion disc produce.

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