Atmospheric pressure

Just curious to see what the highest atmospheric pressure might be that's been observed by fellow CMDRs. I recently came across one planet at just over 2.1 million atmospheres, and last night a planet at just over 1.6 million atmospheres.
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And I wonder how Frontier will handle this when it comes to planetary landings.......
 
Just curious to see what the highest atmospheric pressure might be that's been observed by fellow CMDRs. I recently came across one planet at just over 2.1 million atmospheres, and last night a planet at just over 1.6 million atmospheres.
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And I wonder how Frontier will handle this when it comes to planetary landings.......

I'm going to go ahead and imagine that as some sort of error. If they are using Earth as a reference. And you packed 2.1 million times earth atmosphere on top of itself on a rocky body you'd end up with a decent sized gas giant. Than again I could be wrong.
 
I'm going to go ahead and imagine that as some sort of error. If they are using Earth as a reference. And you packed 2.1 million times earth atmosphere on top of itself on a rocky body you'd end up with a decent sized gas giant. Than again I could be wrong.

After finding the first one at 2.1 million I had considered it might be a bug, but then I found the one at 1.6 million last night, so it could be an issue with the generation of the planetary data I suppose. But I'm no expert on such things so I'm not sure whether it's even feasible for such pressures (they were standard high metal planets iirc), an intended outcome of the generation of the data or an error.
 
Just curious to see what the highest atmospheric pressure might be that's been observed by fellow CMDRs. I recently came across one planet at just over 2.1 million atmospheres, and last night a planet at just over 1.6 million atmospheres.

Were they gas giants?

And I wonder how Frontier will handle this when it comes to planetary landings.......

You will get a few hundred km into the atmosphere and implode like a submarine whose captain regards rated crush depth as only a guideline.
 
Were they gas giants?



You will get a few hundred km into the atmosphere and implode like a submarine whose captain regards rated crush depth as only a guideline.

You might have missed my last post - high metal planets iirc.
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Yeh I'm kind of expecting the imploding thing too........
 
Yeah, there are some really crazy numbers out there. Those atmospheric pressures are about the same or higher than the one at the bottom of the Earth's mantle (on depth of almost 3000 km).
 
the current record holder is:
S171 37 8 WITH A PRESSURE OF 38,894,530,560.00 ATMOSPHERE
oH7GPnX.jpg
https://forums.frontier.co.uk/showthread.php?t=50952&p=1513808&highlight=S171+37+8#post1513808
 
Just curious to see what the highest atmospheric pressure might be that's been observed by fellow CMDRs. I recently came across one planet at just over 2.1 million atmospheres, and last night a planet at just over 1.6 million atmospheres.
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And I wonder how Frontier will handle this when it comes to planetary landings.......

I thought about this too, and I'm guessing the flight computer will say: no.

I'd rather it was left as yet another creative way to die.
 
They're usually very hot planets, with silicate atmosphere. Meaning that the atmosphere is actually made of vapourised rock.

What's the boiling point of silicon at a million atmospheres of pressure?

I suspect it's higher than the temperature of any part of most of these planets.
 
What's the boiling point of silicon at a million atmospheres of pressure?

I suspect it's higher than the temperature of any part of most of these planets.

3500K or so according to a brief search. That's probably assuming standard pressure as well. For a million atmospheres, that's probably somewhat higher as higher pressure usually drives a gaseous phase into a liquid.
 
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3500K or so according to a brief search. That's probably assuming standard pressure as well. For a million atmospheres, that's probably somewhat higher as higher pressure usually drives a gaseous phase into a liquid.

It's probably a lot higher. Hydrogen has a boiling point of -253C at one atmosphere, but the hydrogen near the core of Jupiter is a liquid, possibly a solid, at ~35000C.
 
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