Koizyan

(*Note two things here, 1, two of the images was made after the rest were made, so to save me some hassle, I made the ID of it a half image, meaning it is put between two images, there are also more images of the planet than normal, and 2, that the section where I was explaining the sunset effects here was not that good. To simplify, depending on the position of the planet and sort of the stars, you can get two affects, a liminal twilight zone, where you have a short day illuminated by the other star, or you can get a dual sunset where both stars set at different times, or they can just set at the same time, needed to clear that.)*

## Koizyan

* Rodrigos
* Vanilla

## Discovery Information

### Discoverer

CALASE (1989)Named by Ted Ferguson (1991)

## Additional Information

### Life

Organic multicellular (marine, terrestrial)

## Koizyan's information

This is a temperate terra with multicellular life (marine and terrestrial), that has a diameter of 11853.48 miles, or 1.4954 R⨁, larger than the Earth in both size and in mass, with the planet’s mass being 4.5613 M⨁ or 2.275\*10^25 kilograms, and the density is 7.4969 grams per cubic centimeter. The planet has a perfect oblateness of 0, and the effective temperature of the planet is 270.97 kelvin, 28.076 degrees Fahrenheit, or -2.18 degrees Celsius, with the Earth similarity index of the planet being 0.856, and the albedo (bond / geom) is 0.357 and 0.429. The rotational period of the planet is 13.815 days, with the solar day being 41.447 days, that's a pretty long day!, in addition to that the axial tilt of the planet is 2\*22’20.05”. The planet is younger than our world, with the planet’s age being 4.373 billion years. The Gravity on the poles of the planet is 20.008 meters per second, which is the same for the equator, with the circular and escape velocities being 8.58 and 12.14 miles per second. The orbital type of the planet is elliptical, with the parent of said planet being the secondary of a binary star system, and the orbital period is 20.722 days.

The semimajor axis and pericentric distance are both 0.10 AU, with the eccentricity being 0.064. The inclination of the planet is 1\*12’34.93”, with the ascending node being -22.40’07.61”, and the argument of pericenter is 323\*09’28.91”. The mean anomaly of this planet is 253\*49’29.17”, with the longitude of pericenter being 300\*29’21.29”, and the mean longitude is 554\*18’50.47”. The hill sphere radius of the planet is 212719.30 miles, with the influence sphere radius being 167296.70 miles, and the Roche limit for satellites is 9776.88 miles. The height of the atmosphere on this planet is 17.84 miles, with the tropopause height being 21033.24 feet, and the height of the homogeneous atmosphere is 9085.40 feet. The atmospheric pressure is 6.35 atm, with the air density being 10.879 kilograms per cubic meter, and the air temperature is 281.67 kelvin, 8.52 degrees Celsius, or 47.336 degrees Fahrenheit. The speed of sound on this world is 921.18 feet per second, with the exosphere temperature being 1092.9 kelvin, and the greenhouse effect is 10.673 kelvin. The average molar mass is 43.412, with the relative mass being 1.2208^10^-6, with the real mass of the atmosphere being 5.5686\*10^-6 M⨁. Carbon dioxide makes up 95% of the atmosphere, with Oxygen making 4.48% of it, and Nitrogen making up the rest.

### Infolore

Located on the edge of the Ambrosia galaxy, this planet is just a bit larger than Earth and boasts multicellular terrestrial and marine life. The planet possesses a medium-sized ring system dense in minerals suitable for crafting large interstellar spaceships. However, this ring system remains hidden from the planet's inhabitants. The only visible aspect of the system is the shadow it casts, which is quite thin. The reason for its invisibility is the black/dark brown coloration. Although it is not impossible to catch a glimpse of the ring system, on certain portions of the planet during clear days, it appears as a faint gray arc across the sky. The planet's atmosphere is tinted orange, imparting an arid/savanna-like appearance, even though it is, in fact, more tropical. Cyclonic storms and extensive rain patches sweep across the planet on a yearly basis, similar to Earth's climate. These storms are robust, with average wind speeds ranging from 109 miles per hour to 130 miles per hour, and exceptions occasionally lower or higher. These storms traverse the planet's rainforests, which cover the majority of the world, defining its tropical classification. Visitors to this world should bring a suit and night vision, as the rainforests are extremely dense, making it difficult to see anything.

The trees in these rainforests range in color from black to stained-dry purple, absorbing a significant amount of light. The forest density further hinders visibility, and adventurers might even stumble upon waterfalls, some of which dwarf Earth's waterfalls. Upon falling into these waterways, travelers may find themselves navigating the muddy waters of extensive estuaries and mega swamps, some the size of the Southeastern United States. While swimming through these waters, teeming with carnivorous plants and sticks, explorers will also encounter numerous islands and islets adorned with various fauna and flora, featuring forests as dense as the mainland. If fortunate enough to be in a mega-swamp situated on a rift boundary, one may even stumble upon a large, active volcano. Scaling the volcano's heights, provided one can endure the heat, affords a view of the other biomes apart from the tropical rainforest.

The most extensive biome, easily distinguishable by its turquoise hue, is the desert. To reach it from the rainforest, travelers will eventually find themselves on a turquoise sand dune. Owing to the sand's color, sandstorms and dust devils in this biome appear blue. Although the desert presents stunning sights, the beaches contain regular sand, uninteresting. Nonetheless, the planet offers spectacular views of its twin suns in the sky, creating a unique sunset effect where they set at different times, casting twin shadows. However, at times, one of the stars may be positioned far away on the opposite side of the horizon, and sometimes due to their orbits, and the planets, only one of them sets at the end of ‘proper day’, whilst the other does not really set, and creates this liminal twilight feeling that is not quite day, and not quite nigh, and this creates yet another effect where you can see two, independent sunsets at different times, and because of the nature of this system, you can see the planets of the other star if you are lucky enough. Additionally, due to the compact nature of the planetary system, other planets, including gas giants, are visible in broad daylight. One of these planets partially eclipses the star, causing a noticeable darkening of the planet.

### Gallery

A megaswamp, this one has some nice views, a volcano, plenty of islands, and encloses a bay region.Some forested hills.Rolling volcano.The Liminal-Twighlight period , more barren in this image.Clear weather is common here, so I did \*technically\* lie, but not too much, as this area will be soon covered after by clouds.The planet darkened by an eclipse by another world.The third planet about to ecplise this one.Less baren this time, and the planets around the secondary star are more visible.The Ambrosia galaxy spread across the sky.Sitting ontop of a volcnao during Liminal-Twighlight with the galaxy spread across the sky, with the nearby cluster visible.
### Moons

The moons around this planet are small asteroid moons, they are not that interesting on their own, and the first 2 orbit on the planet, the other orbits on a tilt, these moons go across the sky at night and do look beautiful (somewhat).

 Mass
 Diameter
 Orbital period

### Star system

This star system is a small binary between 2 red dwarfs that have a total of 11 planets. The system has this world’s life, and also has multicellular aerial life on the large gas giant that orbits both of the stars, and the aerial (multicellular) life on the planet that eclipses the planet. A truly living star system.