Hello, I'm Commander Ozzie J. Isaacs
I thought I'd open this thread here to inform you about a little discovery I made last Thursday.
In a nutshell, with landable planets that are in the system with a neutron star and this is also above the horizon, the temperature jumps back and forth between two temperatures at irregular intervals.
And be aware i´m German my English is not so good, I had this text translated by Google
On Thursday, August 12th, 2021 shortly before 11 p.m. I arrived in the Prai Hypoo ON-T d3-4 system .
There is actually nothing special about this system.
A neutron star that is orbited by 4 planets, 2 of which still have a moon, and another companion star without planets. Since the planets 3 and 4 were terraformable, I scanned both, whereby the number 3 was also landable.
When I picked up the First Footfall I noticed that the temperature display jumps back and forth between 268°K and 410°K at irregular short intervals. I only noticed this because every few seconds the warning about high temperatures popped up and then disappeared again.
Here is a short YouTube video about it.
Then I landed on the other two landable celestial bodies.
The first is the moon around the innermost planet.
The second is the moon around the outermost planet.
As you can see, the temperature jumps from the innermost to the outermost planet decrease continuously.
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whether this behavior is already known, or whether this is something new and unknown. I had never heard of it before. But that doesn't mean anything, I've only been in ED since the beginning of June 2020.
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A few jumps further I found another neutron star with a landable planet.
There is the same effect here, only stronger. Temperature jump of over 300°K
After a few more jumps.
I wonder what's going on here. The maximum speed of the suits is about 750°K
Are you dead instantly, or do you have some time to get back to the ship?
Who wants to test it, I don't dare.
So I dared
In the further course of my journey I noticed two other special features of this effect.
First, the effect goes very, very far.
At this moon, despite the distance of over 28.400LS, the temperature is increased from too cold to bearable.
Secondly, I have now found 2 systems in which a neutron star is accompanied by a red dwarf, these are known to have a very low temperature and therefore the habitable zone should be very close to the star.
Not so with these two red dwarfs, both had 7 planets each. Of which 6 were terraformable in both systems .
and
In this case, this aquatic world is over 4,000LS from the red dwarf, and this is the day side of the planet
Despite the great distance and the minimal starlight that the planets get, they are warm enough and terraformable.
The only effect in these systems that could provide the additional energy to heat them up enough, in my opinion, would be the radiation from the neutron star.
-------------------------------------------------- -------------------------------------------------- -------------------------------------------------- --------------
So that's the current state of my research into this effect.
If you can confirm this effect or refute it, I would be happy to read your posts about it.
Greetings Ozzie
I thought I'd open this thread here to inform you about a little discovery I made last Thursday.
In a nutshell, with landable planets that are in the system with a neutron star and this is also above the horizon, the temperature jumps back and forth between two temperatures at irregular intervals.
And be aware i´m German my English is not so good, I had this text translated by Google
On Thursday, August 12th, 2021 shortly before 11 p.m. I arrived in the Prai Hypoo ON-T d3-4 system .
There is actually nothing special about this system.
A neutron star that is orbited by 4 planets, 2 of which still have a moon, and another companion star without planets. Since the planets 3 and 4 were terraformable, I scanned both, whereby the number 3 was also landable.
When I picked up the First Footfall I noticed that the temperature display jumps back and forth between 268°K and 410°K at irregular short intervals. I only noticed this because every few seconds the warning about high temperatures popped up and then disappeared again.
Here is a short YouTube video about it.
Then I landed on the other two landable celestial bodies.
The first is the moon around the innermost planet.
The second is the moon around the outermost planet.
As you can see, the temperature jumps from the innermost to the outermost planet decrease continuously.
-------------------------------------------------- -------------------------------------------------- -------------------------------------------------- --------------
whether this behavior is already known, or whether this is something new and unknown. I had never heard of it before. But that doesn't mean anything, I've only been in ED since the beginning of June 2020.
-------------------------------------------------- -------------------------------------------------- -------------------------------------------------- --------------
A few jumps further I found another neutron star with a landable planet.
There is the same effect here, only stronger. Temperature jump of over 300°K
After a few more jumps.
I wonder what's going on here. The maximum speed of the suits is about 750°K
Are you dead instantly, or do you have some time to get back to the ship?
Who wants to test it, I don't dare.
So I dared
In the further course of my journey I noticed two other special features of this effect.
First, the effect goes very, very far.
At this moon, despite the distance of over 28.400LS, the temperature is increased from too cold to bearable.
Secondly, I have now found 2 systems in which a neutron star is accompanied by a red dwarf, these are known to have a very low temperature and therefore the habitable zone should be very close to the star.
Not so with these two red dwarfs, both had 7 planets each. Of which 6 were terraformable in both systems .
and
In this case, this aquatic world is over 4,000LS from the red dwarf, and this is the day side of the planet
Despite the great distance and the minimal starlight that the planets get, they are warm enough and terraformable.
The only effect in these systems that could provide the additional energy to heat them up enough, in my opinion, would be the radiation from the neutron star.
-------------------------------------------------- -------------------------------------------------- -------------------------------------------------- --------------
So that's the current state of my research into this effect.
If you can confirm this effect or refute it, I would be happy to read your posts about it.
Greetings Ozzie
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you left 14 million in the system, the planets weren't scanned 
