Not so spectacular, but interesting finds. :)

Sometimes I happen to see something out of the ordinary, which isn't anything record breaking or spectacular, but feel worth of sharing anyway.
So, no ringed binary AWs or ELWs here, but anything that might catch a seasoned (or not so seasoned) explorer's eye. :)

I'll start with a HMC very close to its parent star, being oblate because it's quite warm & spins rapidly, even if tidally locked.
EliteDangerous64 2019-07-09 22-30-30-61.png

Somehow the oblateness seems to be about 90° wrong in this pic (it isn't a screen border artifact, the pic is cropped off the center of a 4k screenie). Axial tilt is slightly below 18°, so that doesn't explain it.
EDIT: forgot the orbital inclination, -85°, so nothing strange in this department. :)
EliteDangerous64 2019-07-09 22-28-37-34.png
 
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I have found my closest pair of solar systems yet. Two solar systems at 0.1 LY from each other, both B-class blue stars.
PW2010 302 and PW2010 305.

To put things in perspective, Hutton Orbital (the mug-churning station) is more than two times farther from its star than these solar systems are apart. So if someone were to build a station 0.06 LY away from PW2010 302 in the direction of PW2010 305, that station would be closer to the other solar system than its own.

Jih3OxN.png

8vOqrzU.png
 
I have found my closest pair of solar systems yet. Two solar systems at 0.1 LY from each other, both B-class blue stars.
PW2010 302 and PW2010 305.

To put things in perspective, Hutton Orbital (the mug-churning station) is more than two times farther from its star than these solar systems are apart. So if someone were to build a station 0.06 LY away from PW2010 302 in the direction of PW2010 305, that station would be closer to the other solar system than its own.

Jih3OxN.png

8vOqrzU.png
And near the Bubble you find Sigma Orionis, which has a 0.27 Ly separation between its A & C components...
 
I'm at work now, so will post later some curiosities I've accumulated during my expedition. These include very hot ice world, water world without atmosphere and a ball with the surface pressure of hundreds millions of atmospheres.
 
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