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Galus is a binary system composed of the red supergiant Galus A and the white dwarf Galus B. Its goldilocks zone ranges between 1,119 AU - 2,090 AU, due to both stars having a molten layer of triclinic crystals which arcanons circulate through to multiply their apparent luminosity by an average of 8.7 times.
Galus A is an M5 red supergiant with a radius of 211 R⊙,
a base luminosity of 415,237 L☉,
an apparent luminosity of 3,612,562 L☉,
a mass of 9.6 M☉,
and a temperature of 3,315 K.
Due to its high luminosity, Galus A is the only star that can actually be seen from the planets.
Galus B is a D-Type white dwarf with a radius of 0.01 R⊙, a base luminosity of 0.034 L☉, a a mass of 1.32 M☉, and a temperature of 24,785 K.
Cetus is a habitable planet that resides around 1,300 AU from Galus. It has a radius of 1.6 R🜨, a mass of 0.27 M🜨, a rotational speed of 1,246 km/h along the equator, and an axial tilt of about 11 degrees, and a revolution speed of 25,292 m/s, which makes its tropical year about 34,000 Earth years.
Due to its mass, it would make mathematical sense for Cetus to have a low gravitational acceleration: about 2.6 m/s² (about 27% of Earth's gravity). However, during the early stages of its creation, strong solar falres bombared the planet, causing not only heat to generate crystals, but charging those crystals as well. There is a Crystalsphere beneath the planets Lithosphere, which is rich in hexagonal-latticed crystals that can increase the gravity anywhere from 4 to 12 m/s².
Cetus has 2 moons, Lus and Lao, that closely orbity each other, while their barycenter very eccentrically orbits Cetus. Lus is gray with glowing blue cracks. It's the smaller of the 2 moons, with a radius of about 0.02 R🜨. It's hypothesized that a large asteroid packed with arcanon-charged crystals impacted Lus very long ago, causing craters and cracks to atomically shift into plutonium, causing a soft blue glow that can be seen from Cetus during the night. Lao is off-yellow due to its high concentration of sulfur. It has an average radius of 0.035 R🜨 and it is oblong due to Lus orbiting around it.
Because of Cetus's extremely long revolution, seasons end up spanning thousands of generations of species. Many species only label 2 seasons--one for summer and one for winter-- that gradually transition from one another.
The Age of Evinus is characterized by its warmer temperatures and higher water levels, with Earth-like summers at its peak.
The Age of Venetrum is characterized by its cooler temperatures and lower water levels. Species can see significantly more ice and snowy weather, with Earth-like winters at its peak.
