Universal Cartographics Galactic Record Breakers

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Water world with the lowest surface pressure
tr 24 sector ne-f c12-10 3 with 0.15 atmospheres

WATER LOWEST PRESSURE.jpg

[EDIT] switching to "go advanced" after typing the above text turned capital letters into small ones...and editing won't help. Sorry!
 
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Water world with the lowest surface pressure
tr 24 sector ne-f c12-10 3 with 0.15 atmospheres

Now I'm confused. I thought that planets like this one are supposed to go to the "Terraformable" section? Patau mentioned it just the other day.

sorry as that planet is terraformable it goes in the terraformable section not the water world section, this will be changed when I get a chance this weekend I'm hoping to add a section for each type of terraformable planet
 
There is no record for this category, but I stumbled upon a water world with the atmosphere consisting 82% of oxygen. Seemed unusually high to me.
 
So, I guess you'll be adding the C-N star category since we got it sorted out.

Here are the records:


  • Oldest, smallest, lightest and coldest C-N star, as well as C-N star with most bodies: EOS SCRAA DP-R D4-149 A with 13'616 My, 29.3480 Ro, 0.9492 Mo and 2'770 K and 8 bodies
z2yqNjs.png


  • Heaviest and largest C-N star: FOERDY IB-F D11-834 with 0.9727 Mo and 29.6527 Ro
oXhxsgY.png


  • Hottest and youngest C-N star: FOERDY KM-D D12-33 A with 2'831 K and 12'733 My
R6TL4sY.png
 
Now I'm confused. I thought that planets like this one are supposed to go to the "Terraformable" section? Patau mentioned it just the other day.

Aha, I missed that message...Hmm...maybe these categories could coexist? I mean, I was under the impression that we could have both terraformable and non-terraformable planets within a given planet category (for example water worlds) - a water world is a water world regardless of its other qualities. Having separate categories (perhaps in a book section of their own?) for all types of terraformable planets would not conflict with this and it would make an interesting comparison between terraformable and non-terraformable planets. Of course some terraformable planets might end up on both the general records page and the terraformables page, but I don't see how that would be a problem.
 
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Aha, I missed that message...Hmm...maybe these categories could coexist? I mean, I was under the impression that we could have both terraformable and non-terraformable planets within a given planet category (for example water worlds) - a water world is a water world regardless of its other qualities. Having separate categories (preferably in a section of their own) for all types of terraformable planets would not conflict with this...or am I mistaken?

I've been trying to keep terraformable separate from non terraformable, don't ask me why I now its a bit stupid
I think its still worth separating terraformable from non terraformable but keeping them in the same planet category
I'm hoping to make changes this weekend, I will change that record you posted

- - - - - Additional Content Posted / Auto Merge - - - - -

So, I guess you'll be adding the C-N star category since we got it sorted out.

Here are the records:


  • Oldest, smallest, lightest and coldest C-N star, as well as C-N star with most bodies: EOS SCRAA DP-R D4-149 A with 13'616 My, 29.3480 Ro, 0.9492 Mo and 2'770 K and 8 bodies


  • Heaviest and largest C-N star: FOERDY IB-F D11-834 with 0.9727 Mo and 29.6527 Ro


  • Hottest and youngest C-N star: FOERDY KM-D D12-33 A with 2'831 K and 12'733 My

will add new pages for C-N's when I get back from work this evening:D
 
I've been trying to keep terraformable separate from non terraformable, don't ask me why I now its a bit stupid
I think its still worth separating terraformable from non terraformable but keeping them in the same planet category

I don't think that's stupid at all :) Having terraformables and non-tfs in the same planet category would also be handy for comparing them. Thanks for the hard work, looking forward to yet another subcategory :D
 
COLDEST Y-TYPE STAR
HIP 97581 AB 6 WITH A SURFACE TEMPERATURE OF 252K - FERRIS

Also in a tie for lightest..

Screenshot_0056.jpg

The above is also...
COLDEST STELLAR BODY
HIP 97581 AB 6 WITH A SURFACE TEMPERATURE OF 252K - FERRIS

Great thread BTW.

Edit - In the Y-TYPE STARS section of the book it reads 'SYSTEM WITH THE MOST T-TYPE STARS' on page 54.
Looks like there is no current record for..

SYSTEM WITH THE MOST Y-TYPE STARS
HIP 97581 WITH 4 Y-TYPE STARS - FERRIS

Screenshot_0055.jpg
 
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SMALLEST A-TYPE STAR
OUTORST DW-E D11-17 A WITH A SOLAR RADIUS OF 1.2087 CMDR NATALIE PORTMAN

Pqeb033.png


SMALLEST M-TYPE STAR
OUTORST OY-L B49-0 B WITH A SOLAR RADIUS OF 0.3089 CMDR NATALIE PORTMAN

Nk6dsAR.png


LIGHTEST M-TYPE STAR
OUTORST ZS-M B48-0 B WITH 0.1680 SOLAR MASSES CMDR NATALIE PORTMAN

3rZXzKG.png


LARGEST L-TYPE STAR
OUTORST YR-E B53-1 B WITH A SOLAR RADIUS OF 0.3809 CMDR NATALIE PORTMAN

g9oiony.png


LARGEST T-TYPE STAR
OUTORST CY-U B44-0 B WITH A SOLAR RADIUS OF 0.2571 CMDR NATALIE PORTMAN

yuTIeju.png


YOUNGEST T-TYPE STAR
OUTORST ZS-M B48-0 C AT 258 MILLION YEARS CMDR NATALIE PORTMAN

dYQL9p8.png


HOTTEST CLASS IV GAS GIANT
HD 3123 1 WITH A TEMPERATURE OF 1,194 K CMDR NATALIE PORTMAN

ipxb2pn.png



HOTTEST CLASS III GAS GIANT
OUTORST TE-F C25-3 3 WITH A TEMPERATURE OF 747 K CMDR NATALIE PORTMAN

MCWmOTa.png


LIGHTEST GAS GIANT WITH WATER-BASED LIFE
OUTORST TE-F C25-1 A 2 WITH 3.6064 SOLAR MASSES CMDR NATALIE PORTMAN

D1ekPCX.png
 
Added latest records!:D
also if you guys view the book whilst logged on with a google account you use the chat function, makes a useful chat room.
I'm off to work now so you wont see me there until tonight
 
SMALLEST A-TYPE STAR
OUTORST DW-E D11-17 A WITH A SOLAR RADIUS OF 1.2087 CMDR NATALIE PORTMAN

Pqeb033.png


SMALLEST M-TYPE STAR
OUTORST OY-L B49-0 B WITH A SOLAR RADIUS OF 0.3089 CMDR NATALIE PORTMAN

Nk6dsAR.png

There are two small errors (they're both still records though). The first one is 1.2097, not 1.2087. And the second one is 0.3098 and not 0.3089. The numbers in the book also have to be corrected.
 
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