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Worlds of Interest
-
Sol
-
Mercury
-
Venus
-
Earth
-
Mars
-
Jupiter
-
Metis
-
Adrastea
-
Amalthea
-
Thebe
-
Io
-
Europa
-
Ganymede
-
Callisto
-
Leda
-
Himalia
-
Lysithea
-
Elara
-
Ananke
-
Carme
-
Pasiphae
-
Sinope
-
Saturn
-
Pan
-
Atlas
-
Prometheus
-
Pandora
-
Epimetheus
-
Janus
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Mimas
-
Enceladus
-
Tethys
-
Telesto
-
Calypso
-
Dione
-
Helene
-
Rhea
-
Titan
-
Hyperion
-
Iapetus
-
Phoebe
-
Uranus
-
Cordelia
-
Ophelia
-
Bianca
-
Cressida
-
Desdemona
-
Juliet
-
Portia
-
Rosalind
-
Belinda
-
Puck
-
Miranda
-
Ariel
-
Umbriel
-
Titania
-
Oberon
-
Neptune
-
Naiad
-
Thalassa
-
Despina
-
Galatea
-
Larissa
-
Proteus
-
Triton
-
Nereid
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Asteroids
-
1 Ceres
-
2 Pallas
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3 Juno
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4 Vesta
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Comets
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Trans-Kuiper Objects
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Kuiper Objects
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Oort Cloud Objects
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Space Stations
|
Overview
Stellar Data
|
|
Distance
|
Spectral Type
|
Mass (xSol)
|
Luminosity (xSol)
|
Diameter
|
Metallicity (xSol)
|
Age
|
|
Primary Component
|
0.00 light years
|
G2 V
|
1.0
|
1.0
|
1.0
|
1.0
|
4.56 billion
|

One of many different scenes from the surface of
Earth. Ample evidence of tectonic activity is present in the
uplifted mountains, while the role of water is obvious in the form of
erosional forms. And, of course, the presence of life, green and
verdant, is unmistakable.
Stellar Information
For over four billion years Sol has been the provider of
life to Earth. It has become the standard of measurement when
examining other stars. It remains, above all else, that single point
of light that any Human can turn to, no matter where they may be, and say
to themselves, "That is home." But it is not a constant
star, its yellow light having flickered slightly over the eons even as it
grows slowly and steadily brighter. In the grand scheme of things,
these changes have barely been noticeable. But on Earth, they have
been enough to inspire ice ages.
In time, the Sun will bloat and grow red with age,
snuffing out all life on Earth in the process, until finally it will gasp
and die, remaining a slowly cooling white dwarf. Before then,
however, it is expected that the ever sentimental Humans will have
intervened and preserve their home star, making certain that its fires
will burn long after other stars have long since died.
System Data
(highlighted world is the primary world
of interest)
|
Planet Number
|
Indigenous Name
|
Orbital Radius
|
Classification
|
Mass
|
Surface Gravity
|
Atmospheric Pressure
|
Average Surface Temperature
|
Hydrosphere Coverage Percentage
|
Number of Moons
|
|
I
|
Mercury
|
0.39 AU
|
Hermian
|
0.055
|
0.39
|
0.00
|
800°F
|
0%
|
0
|
|
I
|
Venus
|
0.72 AU
|
Cytherean
|
0.81
|
0.91
|
92
|
870°F
|
0%
|
2
|
|
III
|
Earth
|
1.00 AU
|
Gaian
|
1.0
|
1.00
|
1.00
|
57.20°F
|
70%
|
1
|
|
IV
|
Mars
|
1.52 AU
|
Arean
|
0.10
|
0.38
|
0.007
|
-81°F
|
0%
|
2
|
|
V
|
Jupiter
|
5.2 AU
|
EuJovian
|
317.89
|
2.6
|
na
|
na
|
na
|
61
|
|
VI
|
Saturn
|
9.5 AU
|
EuJovian
|
95.17
|
1.1
|
na
|
na
|
na
|
31
|
|
VII
|
Uranus
|
19.16 AU
|
Ymirian
|
14.56
|
0.88
|
na
|
na
|
na
|
21
|
|
VIII
|
Neptune
|
30.0 AU
|
Ymirian
|
17.15
|
1.14
|
na
|
na
|
na
|
12
|
|
|