| Type: | A6 IV White Subgiant |
| Radius: | 1.74 x 106 km (2.50 times Sol) |
| Mass: | 6.35 x 1030 kg (3.19 times Sol) |
| Temperature: | 8200 K |
| Luminosity: | 9.73 x 1027 W (25.42 times Sol) |
| Ecosphere: | 4.81 to 6.93 AU |
| Location: | Tau Majestius Sector 0.53 ly from the Ataraddon Sector 5.27 ly from the Plukail Star System |
This system sits on the edge of Serenity Concord territory and is home to the Prism Terminal on the 3rd planet as well as an automated sensor network in orbit around the 7th planet. Noera experiences an enigmatic and naturally occurring phenomenon in its vicinity, where a mysterious source within the star system siphons away its energy. This unexplained energy drainage disrupts the star's delicate energy balance, leading to sporadic and perplexing instabilities in its core. As the energy continues to be drained, the star struggles to maintain its equilibrium, resulting in irregular solar flares, magnetic storms, and radiation bursts.
Sabalia
| Class: | A |
| Distance: | 1.42 x 108 km (0.95 AU) |
| Period: | 187.5 Days |
| Radius: | 4,71.46 km (0.72 of Earth) |
| Gravity: | 0.22 G |
An extremely volcanically active world with a thick atmosphere of hydrogen, sulfides, and carbon dioxide. The surface has large lava flows and is plagued by powerful quakes across its entire surface. Composed mostly of igneous silicas and basalt. The surface was a place of extremes, temperatures averaged to 212 C with a high of 468 C and a low of 103 C. The average surface pressure was 71.71 kPa or 0.17 of Earth norm.
Unique Features
- Mysterious Geophysical Anomalies
- Sabalia is shrouded in an enduring enigma — inexplicable geophysical anomalies that defy conventional understanding. Unidentified energy surges periodically ripple through the planet's molten rock surface, manifesting as spontaneous, luminous disturbances.
- Lava Mirage Phenomenon
- Sabalia experiences unique atmospheric conditions that cause optical illusions known as "Lava Mirages." These mirages make it appear as though there are flowing rivers of molten lava where none exist.
- Geothermal Soundscapes
- Despite its barren and lifeless surface, Sabalia has geothermal soundscapes that emit eerie and haunting noises due to the interaction of molten rock and extreme temperature differentials.
Ugrarth
| Class: | E |
| Distance: | 1.75 AU |
| Period: | 1.29 Years |
| Radius: | 5,651.19 km (0.89 of Earth) |
| Gravity: | 0.96 G |
A large geologically active world, if the world was farther away from the star it would be a prime candidate to one day before a Class M world. The atmosphere is composed mostly of carbon dioxide, hydrogen sulfide, and other trace elements. The surface is dominated by volcanos and molten rock. The atmosphere is maintained mostly by volcanic outgassing. The planet has a mean surface temperature of 222.80 C and average surface pressure of 70.2 kPa (0.69 atmospheres).
Unique Features
- Molten Geysers
- Deadly eruptions of superheated molten rock periodically shoot into the atmosphere, creating a mesmerizing yet terrifying spectacle.
- Diamond Clouds
- Extreme heat and pressure give rise to exotic diamond clouds in the toxic atmosphere, refracting starlight into eerie rainbow-hued sunsets. The diamond particles are no more than 4 microns in size and can penetrate atmospheric seals and protective barriers easily.
- Volcanic Glass Oases
- Rare formations of obsidian-like glass encasing pockets of volatile gases provide stark contrasts to the planet's harsh environment, featuring crystalline structures and shifting reflections amidst intense heat.
Voithea
| Class: | V |
| Distance: | 4.92 AU |
| Period: | 5.78 Years |
| Radius: | 10,496.50 km (1.65 times Earth) |
| Gravity: | 1.83 G |
The planet has a core rich in iron, nickel, platinum, and neodymium, supporting an intense geo-magnetic field that sustains a habitable atmosphere. It hosts pressure-resistant single and simple multi-celled native life forms. The presence of a large moon causes strong electromagnetic distortions in the atmosphere as it orbits. The atmosphere has an average temperature of 22.6°C and a pressure of 1.43 atmospheres (144.7 kPa), making it breathable but denser at sea level, leading to headaches for some individuals. The high gravity poses challenges for humanoids, with some experiencing muscle weakness and difficulty breathing. Outside activities are restricted without assistance. The Solas Tempus facility Prism Terminal is located on the planet, and the Hermod Outpost within it is adapted to maintain Earth-like gravity.
Voithea Moon
| Class: | D2 |
| Distance: | 44,6759 km |
| Period: | 58.1 Days |
| Radius: | 1,217 km |
| Gravity: | 0.21 G |
The Voithea Moon is a small, rocky satellite with a radius of 2,217 km and a surface gravity of 0.35 G. It orbits at a distance of 44,6759 km from the planet Voithea, completing its orbit in approximately 58.1 days. Composed similarly to Earth's moon, it likely consists of rocky materials, with ancient volcanic features and impact craters on its surface. Its proximity to Voithea contributes to the planet's electromagnetic distortions and tidal effects. The atmosphere similar to that of of the planet, it has an unusually high gravity for it's size of 0.39 G and average surface pressure of 1.45 atmosphere (146.6 kPa) and surface temperature of 22.6 C. The moon's intense magnetic field protect it from the solar wind, and thus give it a very thick atmosphere for its size and is breathable. A rich biome of flora and fauna exist on the planet.
Unique Features
- Vibrant Sky Auroras
- Due to the intense electromagnetic distortions caused by Voithea's large moon, the planet's atmosphere is adorned with spectacular and vibrant auroras visible from the surface. These shimmering lights dance across the sky, creating a mesmerizing display of colors that captivates both the planet's inhabitants and visitors alike. The auroras have become a symbol of the planet's unique atmospheric interactions and are a popular subject for scientific research and artistic inspiration.
- Floating Islands of Electrostatic Energy
- Voithea is known for its peculiar floating islands, composed of electrostatically charged particles that suspend in the planet's high-pressure atmosphere. These islands are the result of a delicate balance between the intense gravity and the electromagnetic forces present in the atmosphere. Myths and legends about the planet often associate these floating islands with mystical powers or hidden treasures, attracting explorers and adventurers seeking to uncover their secrets.
- Airborne Crystal Spores
- The planet's native ecosystem includes fascinating airborne crystal spores that shimmer and glow in various colors. These spores are dispersed by unique plant species found in the planet's lush forests. As they float through the atmosphere, they reflect sunlight and produce a mesmerizing luminous effect, giving the skies an otherworldly beauty.
Zonatov
| Class: | O5 |
| Distance: | 5.44 AU |
| Period: | 6.64 Years |
| Radius: | 3,931.78 km (0.62 of Earth) |
| Gravity: | 0.63 G |
Zonatov is a compact oceanic world, where an astounding 98% of its surface is submerged beneath deep waters, accompanied by expansive ice caps covering 19% of its aquatic expanse. Notably, the surface waters hold a dense layer of highly acidic nitric acid, resulting in a mean pH of 0. The planet's atmosphere, while relatively thin, poses severe hazards due to its high concentration of toxic nitrogen dioxide. Below the ocean's surface, a robust ecosystem of microbial life thrives, having evolved to withstand the heightened nitric acid levels. Remarkably, despite these formidable conditions, Zonatov maintains an average surface temperature of 9°C and surface pressures of 112.77 kPa (1.11 atmospheres), making it a compelling subject for scientific study into extreme adaptations and the resilience of life.
Unique Features
- Bioluminescent Aquatic Organisms
- Zonatov's oceans are home to a diverse ecosystem of bioluminescent aquatic organisms that emit captivating and ever-shifting patterns of light, illuminating the planet's depths.
- Coral Megaliths
- Beneath the planet's oceanic surface, colossal coral megaliths rise from the seabed, forming towering and intricate structures that serve as habitats for marine life, while their origins and ecological role remain a scientific mystery.
- Floating Archipelagic Flora
- Zonatov's oceans feature vast clusters of floating plant-like organisms, creating dynamic and ever-changing archipelagos on the water's surface. These drifting "floating gardens" provide unique habitats for a variety of aquatic species, captivating scientists with their ecological significance.
Pimao
| Class: | P4 |
| Distance: | 7.59 AU |
| Period: | 11.70 Years |
| Radius: | 7,746.19 km (1.22 times Earth) |
| Gravity: | 0.78 G |
Pimao is a frigid and barren landscape with a unique atmospheric composition dominated by hydrogen compounds, notably ammonia, comprising approximately 45% of its mass. Nitrogen and hydrogen make up the bulk of the remaining atmosphere. Remarkably, oxygen is nearly absent in the atmosphere, but notable amounts reside within the planet's crust, primarily bound in various oxides, including silicon dioxide and magnesium dioxide, with trace amounts of iron oxide.
The planet itself is primarily constructed from various silicon and magnesium compounds, although it harbors a nickel-iron core, albeit smaller than what one might anticipate for a planet of its size. Pimao's atmosphere maintains an average pressure of 81.3 kPa (0.8 atmospheres) and an average temperature of -35°C. The surface of the planet is cloaked in a substantial layer of ice, which accounts for roughly 10% of its total mass, adding to its stark and desolate character.
Unique Features
- Shifting Crystalline Deserts
- Vast ice deserts adorned with intricate crystalline structures that dynamically shift and transform during the planet's rapid ice storms.
- Massive Ice Storms
- Unpredictable storms that form within minutes, transforming the landscape from clarity to a barrage of ice. These storms are influenced by the planet's volcanic outgassing and the presence of Glacial Chasms.
- Geothermal Glacial Chasms
- Deep fissures carved by ancient ice flows and influenced by volcanic outgassing from the planet's core. These chasms play a role in the formation of rapid ice storms, emitting plumes of heat that temporarily melt the surrounding area.
Souyama
| Class: | P5 |
| Distance: | 13.91 AU |
| Period: | 29.04 Years |
| Radius: | 4,619.02 km (0.73 of Earth) |
| Gravity: | 0.74 |
Souyama is a frozen world of smaller proportions, distinguished by its thin, frozen atmosphere primarily composed of hydrogen sulfide and ammonia with an average 26kPa (0.26 atmospheres). The atmosphere is composed of 76% Ammonia, 23% Hydrogen Sulfide, and 1% Oxygen. Beneath its icy surface lies evidence of a once-prosperous civilization, now cryptically preserved in the ice. The planet's surface features intricate networks of icy chasms, offering insights into its geological history and challenging conditions for explorers. Souyama's harsh environment, with an average surface temperature of -118°C.
Unique Features
- Cryptic Remnants of a Lost Civilization
- Souyama, a frozen world smaller than the average, holds mysterious clues to a past civilization that once thrived beneath its icy surface. Fossilized remains, intricate structures, and enigmatic artifacts hidden within the ice suggest a technologically advanced society that met an unknown fate.
- Icy Chasms and Subsurface Wonders
- Souyama's surface is marked by an intricate network of icy chasms and crevices. These formations reveal insights into the planet's geological history and are believed to hide valuable information about the planet's past, including its climate shifts and potential geological activity.
- Atmospheric Anomalies
- Souyama's thin atmosphere, composed predominantly of hydrogen sulfide and ammonia, manifests puzzling atmospheric anomalies. Unpredictable phenomena, such as localized auroras and peculiar electromagnetic disturbances.
Minrillon
| Class: | I |
| Distance: | 26.51 AU |
| Period: | 76.38 Years |
| Radius: | 14,039.41 km |
| Gravity: | 0.74 G |
Minrillon, a Class I ice giant akin to Neptune and Uranus, distinguishes itself with its unique attributes. Its atmosphere is predominantly hydrogen and helium, forming the foundation of its thick and frigid atmosphere. Beneath this gaseous shroud, a solid surface composed of rock, methane, and ammonia lies concealed, creating an intriguing planetary composition. Additionally, Minrillon features a modest collection of planetary rings that exhibit distinctive phenomena.
Unique Features
- Frozen Methane Lakes
- Vast crystalline expanses of frozen methane across Minrillon's surface, creating an otherworldly landscape.
- Shifting Ammonia Dunes
- Dynamic dune formations composed of frozen ammonia particles, constantly changing shape and location due to extreme atmospheric conditions.
- Methane Geysers
- Sporadically erupting plumes of frozen methane into Minrillon's atmosphere, offering valuable insights into the planet's geologic processes.
- Peculiar Ring Phenomenon
- Minrillon's extensive set of planetary rings emits faint, harmonious radio frequencies as ring particles collide, creating a celestial symphony of radio emissions.