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SE Object Extremes

Posted: 26 Feb 2018 08:29
by Mr. Abner
If my calculations are correct, this means that this planet's year contains 1.46 million days!
That would be one heck of a calendar to print every year! :o

SE Object Extremes

Posted: 22 Mar 2018 14:55
by Cantra
This is...an interesting star system I found. It's a real one too. What is going on here?

Image
Image

SE Object Extremes

Posted: 22 Mar 2018 16:19
by Plazasta
my god that system diameter is huge!

SE Object Extremes

Posted: 26 Mar 2018 05:43
by Cantra
Is this a bug or something?

SE Object Extremes

Posted: 26 Mar 2018 08:57
by Plazasta
Since it's catalogued, I don't think so. It's just crazy like that.

SE Object Extremes

Posted: 26 Mar 2018 16:06
by Cantra
Seems a little unrealistic, though. Right?

SE Object Extremes

Posted: 27 Mar 2018 05:14
by JackDole
Seems a little unrealistic, though. Right?
In fact, the system diameter is probably higher.
The measured angular distance from σ Orionis E to σ Orionis A is 41", that is about 15000 Au. Since the star does not have to be at the furthest point of its orbit, the actual orbit can be larger.
Sigma Orionis

SE Object Extremes

Posted: 27 Mar 2018 18:10
by GeoPlayer123YT
Uh i cannot see some of the images. Is it just because I'm on a school laptop or what?

SE Object Extremes

Posted: 01 Apr 2018 15:08
by Lord Gumby
Possibly the smallest galaxy RG 0-9-31161450-910
E1 galaxy with a diameter of 435 light years.

SE Object Extremes

Posted: 01 Apr 2018 15:26
by Lord Gumby
I take that back... RG 0-9-104108519-284
E2 galaxy with a diameter of 372 light years.

SE Object Extremes

Posted: 08 Apr 2018 02:43
by Mrwaffles
[quote="Gnargenox"]The dimmest, most difficult to see rings around a planet I've ever barely been able to see. I mean I could NOT find any angle with any background that showed them better than this!
scr03078.jpg[/quote]
i found a planet with rings so hard to see that i found them because of the shadow they casted on the planet

SE Object Extremes

Posted: 08 Apr 2018 05:47
by Gnargenox
Excellent observation skills!

SE Object Extremes

Posted: 13 Apr 2018 07:55
by AlexanderVB
KOI-3891.01; the largest AND most massive "planet" I've ever found.

Radius: 1.24 AU (29144 times Earth's radius)
Mass: 1.4197 million SOLAR masses

SE Object Extremes

Posted: 13 Apr 2018 12:14
by Gakko
About KOI-3891.01, are the textures for it messed up for you too?

SE Object Extremes

Posted: 13 Apr 2018 14:13
by JackDole
KOI-3891.01; the largest AND most massive "planet" I've ever found.

Radius: 1.24 AU (29144 times Earth's radius)
Mass: 1.4197 million SOLAR masses
I think it's an error in the catalog.