Sanar System

Sunnar System

Age	4.559 billion years
System mass	1.0020 Solar masses
Planetary system
Semi-major axis of outer planet (Vanth)	30.10 AU  (4.503 billion km)
Distance to Kuiper cliff	50 AU
Populations
Stars	1  (Sun)
Planets	12-14 Planets Hyperion Balder Eurth Laran Maraz Petrus & Andreus Satre Diaphres Ether Thanatos Paidios (Disputed) Pluta (Disputed) Vanth
Known dwarf planets	2 (Disputed)
Orbit about Galactic Center
Invariable-to-galactic plane inclination	69.42°0  (ecliptic)
Distance to Galactic Center	27,000 ± 1,000 ly
Orbital speed	210 km/s
Orbital period	225–250 Myr
Star-related properties
Spectral type	G2V
Frost line	≈5 AU
Distance to heliopause	≈120 AU
Hill sphere radius	≈1–2 ly

The Sunnar System is a collection of orbiting celestial bodies that are gravitationally bound to the Sun. The Sunnar System began its formation 4.6 Billion years ago as a result of the gravitational collapse of a large interstellar molecular cloud. The vast majority of the Sunnar System's mass is found within its star the Sun (99.80%), with the majority of remaining matter situated in the two gas giants of Satre and Diaphres. There are 12 to 14 planets in the Sunnar System, with the status of Paidios and Pluta as either major planets or minor planets disputed within the scientific community.

The seven sunward planets (Hyperion, Balder, Eurth, Laran, Maraz, Petrus, and Andreus) and the three outer planets (Paidios, Pluta, and Vanth) are terrestrial planets composed of rock, metals, and ices. The four remaining gaseous planets are significantly larger and more massive than the terrestrial planets, possessing the overwhelming majority of Sun-orbiting matter, primarily made up of gaseous elements and molecules. All inner terrestrial and gaseous planets have nearly circular orbits that lie on the ecliptic plane however the outer planets possess more eccentric orbits that intersect the ecliptic.

Planets

Temporary list of planets and their characteristics, to be deleted once page is set up.

Name	Mass (M🜨)	Radius (R🜨)	Density (g/cm3)	Semi-Major Axis (AU)	Orbital Period (🜨-Days)	Rotational Period (🜨-Days)	Major Natural Satelites
Hyperion	0.139	0.485	6.74	0.0778	6.76	6.76	n/a
Balder	0.237	0.878	1.93	0.673	202	2.23	Nanna
Eurth	1.000	1.000	5.51	1.000	365.2425	1.000	Moon/Mun
Laran	0.819	0.911	5.98	1.55	708.56	708.56	n/a
Maraz	0.143	0.585	3.93	2.91	1813	WIP	n/a
Petrus	WIP	0.385	WIP	4.59	3591	WIP	Paulus*
Andreus	WIP	0.385	WIP	4.59	3591	WIP	Paulus*
Satre	480.560	11.150	1.90	6.36	5843.84	18.01	Albus
Diaphres	WIP	10.782	WIP	11.0	13324	WIP	Apollo**, Nortia**, Maris, Artemis
Ether	30.809	7.254	WIP	20.1	40161	0.67	Thalassa
Thanatos	18.282	3.94	WIP	38.7	87922	WIP	Geras, Oizys, Moros, Apate
Paidios	0.0504	0.416	3.86	50.7	131883	WIP	Mayanese
Pluta	0.00344	0.218	1.83	61.4	175844	WIP	n/a
Vanth	0.671	0.866	5.31	84.4	283061	2.23	n/a

*Petrus and Andreus are a co-orbiting binary pair with a P-type orbiting moon (Paulus).

**Apollo and Nortia are a co-orbiting binary pair that orbit Diaphres together.

Structure and Composition

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Orbits and Distances

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Composition

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Creation and Evolution

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Sun

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Inner Sunnar System

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Hyperion

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Balder

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Eurth

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Laran

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Maraz

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Petrus and Andreus

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Asteroid Belt

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Middle Sunnar System

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Satre

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Diaphres

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Ether

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Thanatos

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Outer Sunnar System

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Dust Belt

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Paidios

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Pluta

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Vanth

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Celestial Neighbourhood

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Exploration of the Sunnar System

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History of Human Perspective

Around 650 BCE, most people believed the Eurth was flat with a sky hanging above it. It wasn't until Classical philosopher Proximander (c. 620 – c. 550 BCE) came along that people began to see that the sky was surrounding us. Later, Aroman philosophers hypothesised that the Sun, Mun, planets and stars revolved around the Eurth. Humanity held this Eurth-centric view of the universe until the Post-Classical Era. This is when Victor Bronzicus (1464–1523) theorised that the Sun was really at the centre, with the Eurth, stars and planets revolving around it. Eventually, the scientific establishment accepted his argument. By the early 20th Century, astrophysicists discovered our galaxy to be part of an immeasurably larger cosmic design than what previously thought. Eurth is a mere dust cloud in a universe of galaxies. Then came Hana Sitayini (1897–1966), whose work showed a curved universe. Prior to that, people believed it was flat. She posited that its wavy surface even collected mass so dense as to create canyons, later known as black holes. This leads us to the present-day recognition of a gradually expanding universe, whose extraordinary origin shaped the life we know today.

Space Exploration

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