Difference between revisions of "Sol"
m (removes unlicensed images) |
|||
| (3 intermediate revisions by one other user not shown) | |||
| Line 10: | Line 10: | ||
Mercury is the nearest planet in orbit around Sol. It completes one full revolution around its parent star every 88 standard days, and has a day that is a little more than 58.6 standard days long. It is a small terrestrial planet, being smaller than Earth’s moon. It’s surface is pitted with craters from eons of meteor impacts. The planet has a very thin exosphere composed of mainly oxygen, though it it much too thin to sustain any form of life. Mercury experiences wild variation in terms of surface temperature, with its daytime side reaching temperatures of 430 °C, and the night side dropping to the range of -180 °C. The planet faces constant bombardment from small meteors and solar wind, with no atmosphere thick enough to prevent it. | Mercury is the nearest planet in orbit around Sol. It completes one full revolution around its parent star every 88 standard days, and has a day that is a little more than 58.6 standard days long. It is a small terrestrial planet, being smaller than Earth’s moon. It’s surface is pitted with craters from eons of meteor impacts. The planet has a very thin exosphere composed of mainly oxygen, though it it much too thin to sustain any form of life. Mercury experiences wild variation in terms of surface temperature, with its daytime side reaching temperatures of 430 °C, and the night side dropping to the range of -180 °C. The planet faces constant bombardment from small meteors and solar wind, with no atmosphere thick enough to prevent it. | ||
While no attempts were ever made to colonize the planet due to its utter lack of resources and extreme conditions, it was chosen as the site of the Alliance's largest solar-based power generation facility due to its proximity to the Sun. The Icarus Facility, as it is locally known, produces a great amount of the power used in the Sol System itself and is primarily operated by [[Einstein Engines]] with a minority | While no attempts were ever made to colonize the planet due to its utter lack of resources and extreme conditions, it was chosen as the site of the Alliance's largest solar-based power generation facility due to its proximity to the Sun. The Icarus Facility, as it is locally known, produces a great amount of the power used in the Sol System itself and is primarily operated by [[Einstein Engines]] with a minority stake in the facility by [[Idris Incorporated]]. Work in the Icarus Facility is hazardous at the best of times, and most employees of it will typically only work for three months at a time before being rotated off to a less dangerous facility. Due to the immensely hazardous nature of Mercury, civilian travel is not advised. | ||
===[[Venus|Venus (Sol II)]]=== | ===[[Venus|Venus (Sol II)]]=== | ||
| Line 18: | Line 18: | ||
===[[Earth|Earth (Sol III)]]=== | ===[[Earth|Earth (Sol III)]]=== | ||
Earth is the third planet out from Sol. Earth has since regained its status as the jewel of humanity; it's central and arguably most important world. Earth is a Garden world, harboring millions of unique species of flora and fauna. It possesses extremely diverse ecosystems, with huge deserts, sprawling tundra, massive mountain ranges, rolling grasslands, and thick swaths of tropical rain forest. 71% of the Earth’s surface is covered in salt water while massive lakes of fresh water are found within continental areas. Humanity's home world is densely inhabited and every corner of the planet has a long, well-recorded history and culture. | Earth is the third planet out from Sol. Earth has since regained its status as the jewel of humanity; it's central and arguably most important world. Earth is a Garden world, harboring millions of unique species of flora and fauna. It possesses extremely diverse ecosystems, with huge deserts, sprawling tundra, massive mountain ranges, rolling grasslands, and thick swaths of tropical rain forest. 71% of the Earth’s surface is covered in salt water while massive lakes of fresh water are found within continental areas. Humanity's home world is densely inhabited and every corner of the planet has a long, well-recorded history and culture. | ||
| Line 27: | Line 26: | ||
====[[Luna]]==== | ====[[Luna]]==== | ||
Luna is the sole moon of Earth. It is tidally locked to its parent and makes a complete revolution every 28 standard days. It formed when a rogue planetoid collided with Earth during the early stages of its formation. The moon came together from the resultant orbital debris. Luna was the first target of spacefaring humans as they pierced the outer layers of the atmosphere. It was largely ignored until the age of FTL travel and colonization, when small colonies were established, mostly as refueling and launching posts for re-entry craft. | Luna is the sole moon of Earth. It is tidally locked to its parent and makes a complete revolution every 28 standard days. It formed when a rogue planetoid collided with Earth during the early stages of its formation. The moon came together from the resultant orbital debris. Luna was the first target of spacefaring humans as they pierced the outer layers of the atmosphere. It was largely ignored until the age of FTL travel and colonization, when small colonies were established, mostly as refueling and launching posts for re-entry craft. | ||
| Line 33: | Line 31: | ||
===[[Mars|Mars (Sol IV)]]=== | ===[[Mars|Mars (Sol IV)]]=== | ||
Mars is the fourth planet out from Sol. A Martian day is only slightly longer than a standard day at 25 standard hours, but the Martian year is 687 standard days long. It is the outermost terrestrial planet in the Sol system. It is known as the Red Planet, because the iron-rich dust that covers most of the planet’s surface gives it a reddish tinge that was visible to the naked eyes of astronomers on Earth in ancient times. Mars had a thin atmosphere, but centuries of terraforming efforts have made it breathable. | Mars is the fourth planet out from Sol. A Martian day is only slightly longer than a standard day at 25 standard hours, but the Martian year is 687 standard days long. It is the outermost terrestrial planet in the Sol system. It is known as the Red Planet, because the iron-rich dust that covers most of the planet’s surface gives it a reddish tinge that was visible to the naked eyes of astronomers on Earth in ancient times. Mars had a thin atmosphere, but centuries of terraforming efforts have made it breathable. | ||
| Line 50: | Line 47: | ||
===[[Jupiter|Jupiter (Sol V)]]=== | ===[[Jupiter|Jupiter (Sol V)]]=== | ||
Jupiter is the fifth planet out from Sol. It is the largest gas giant in the system and is actually two times larger than all the other planets of the Solar system combined. It is composed of Helium and Hydrogen in similar ratios as Sol itself, suggesting that Jupiter may have been on the road to becoming a dwarf star, but never achieved the mass to ignite. A Jovian day lasts approximately 10 standard hours, while a Jovian year is almost 11.9 standard years long. Jupiter is known for the multicolored bands and massive storms that are visible on the top of the planet’s atmosphere. The most well-known feature of Jupiter is its Great Red Spot, a massive hurricane many times the size of Earth that has been raging for centuries. Settlements on the gas giant are giant floating cities that grace the upper atmosphere, held aloft by massive, reinforced balloons. Jupiter has more than 67 moons in total, though only the Galilean Moons -- Europa, Ganymede, Io, Callisto -- are home to major settlements. The Galilean Moons are major players in the Sol System: ''Callisto'' is one of the most densely populated bodies in the Orion Spur and serves as the Sol System's largest port, ''Ganymede'' produces a significant amount of the foodstuffs consumed in the System, and ''Europa'' is home to a great amount of scientific research facilities. ''Io'', due to its inhospitable nature, features no permanent habitation. | Jupiter is the fifth planet out from Sol. It is the largest gas giant in the system and is actually two times larger than all the other planets of the Solar system combined. It is composed of Helium and Hydrogen in similar ratios as Sol itself, suggesting that Jupiter may have been on the road to becoming a dwarf star, but never achieved the mass to ignite. A Jovian day lasts approximately 10 standard hours, while a Jovian year is almost 11.9 standard years long. Jupiter is known for the multicolored bands and massive storms that are visible on the top of the planet’s atmosphere. The most well-known feature of Jupiter is its Great Red Spot, a massive hurricane many times the size of Earth that has been raging for centuries. Settlements on the gas giant are giant floating cities that grace the upper atmosphere, held aloft by massive, reinforced balloons. Jupiter has more than 67 moons in total, though only the Galilean Moons -- Europa, Ganymede, Io, Callisto -- are home to major settlements. | ||
The Galilean Moons are major players in the Sol System: ''Callisto'' is one of the most densely populated bodies in the Orion Spur and serves as the Sol System's largest port, ''Ganymede'' produces a significant amount of the foodstuffs consumed in the System, and ''Europa'' is home to a great amount of scientific research facilities. ''Io'', due to its inhospitable nature, features no permanent habitation. | |||
===Saturn (Sol VI)=== | ===Saturn (Sol VI)=== | ||
| Line 81: | Line 80: | ||
{{Navbox Lore}} | {{Navbox Lore}} | ||
{{Navbox Human Lore}} | |||
[[Category:Pages]] | [[Category:Pages]] | ||
[[Category:Planets_and_Systems]] | [[Category:Planets_and_Systems]] | ||
Latest revision as of 21:39, 29 June 2024
The birthplace of humanity, the Sol System is one of the most important systems in the bustling core of the Sol Alliance. With billions of residents, the System holds the oldest and most venerable human colonies such as Luna and Venus, and some settlements date back to the 21st and 22nd centuries. The System is the metropolis of human space and holds the Core Worlds. Despite its venerable status and prosperity extreme wealth disparities exist, such as on Mars and Venus, which have proven to be a constant source of contention in the System. The official capital of the Alliance, Unity Station, is located in the Sol System in orbit of Earth.
Planets and Major Bodies
Mercury (Sol I)
Mercury is the nearest planet in orbit around Sol. It completes one full revolution around its parent star every 88 standard days, and has a day that is a little more than 58.6 standard days long. It is a small terrestrial planet, being smaller than Earth’s moon. It’s surface is pitted with craters from eons of meteor impacts. The planet has a very thin exosphere composed of mainly oxygen, though it it much too thin to sustain any form of life. Mercury experiences wild variation in terms of surface temperature, with its daytime side reaching temperatures of 430 °C, and the night side dropping to the range of -180 °C. The planet faces constant bombardment from small meteors and solar wind, with no atmosphere thick enough to prevent it.
While no attempts were ever made to colonize the planet due to its utter lack of resources and extreme conditions, it was chosen as the site of the Alliance's largest solar-based power generation facility due to its proximity to the Sun. The Icarus Facility, as it is locally known, produces a great amount of the power used in the Sol System itself and is primarily operated by Einstein Engines with a minority stake in the facility by Idris Incorporated. Work in the Icarus Facility is hazardous at the best of times, and most employees of it will typically only work for three months at a time before being rotated off to a less dangerous facility. Due to the immensely hazardous nature of Mercury, civilian travel is not advised.
Venus (Sol II)
Venus is the second terrestrial planet in the Sol system. A Venusian year lasts 225 standard days, while a Venusian day is longer, at 243 standard days. Venus spins retrograde when compared to the other planets in the Sol system, causing the sun to rise in the west and set in the east in its sky. Venus has an extremely thick and toxic atmosphere while its surface is an incredibly hostile environment.
Despite this, the upper atmosphere is known to be calm. Most colonies on Venus take either the form of floating aerostats, or bulky habitation complexes on the surface. While the temperature here is still a blistering 75C some of the aerostats, locally known as "donuts" due to their distinctive shape, tend to specialize in using the atmosphere's massive concentration of CO2 to cultivate extremely bountiful hydroponic farms, and Venus is one of the breadbaskets of the Sol System. Despite this, Venus is primarily known for its contributions to the Alliance's entertainment and media industry, and the planet is deeply divided between working-class Jintarians and richer Cythereans.
Earth (Sol III)
Earth is the third planet out from Sol. Earth has since regained its status as the jewel of humanity; it's central and arguably most important world. Earth is a Garden world, harboring millions of unique species of flora and fauna. It possesses extremely diverse ecosystems, with huge deserts, sprawling tundra, massive mountain ranges, rolling grasslands, and thick swaths of tropical rain forest. 71% of the Earth’s surface is covered in salt water while massive lakes of fresh water are found within continental areas. Humanity's home world is densely inhabited and every corner of the planet has a long, well-recorded history and culture.
Earth is home to a large but stable human and a small non-human population. The planet suffers from moderate space debris in high-orbit, a consequence of centuries of space travel. The Alliance maintains a significant naval presence around the planet.
Earth has one moon, Luna, which has developed into a fully fledged member state of the Sol Alliance.
Luna
Luna is the sole moon of Earth. It is tidally locked to its parent and makes a complete revolution every 28 standard days. It formed when a rogue planetoid collided with Earth during the early stages of its formation. The moon came together from the resultant orbital debris. Luna was the first target of spacefaring humans as they pierced the outer layers of the atmosphere. It was largely ignored until the age of FTL travel and colonization, when small colonies were established, mostly as refueling and launching posts for re-entry craft.
Luna is the oldest and most venerable of humanity's colonies, and is home to a vast amount of wealth thanks to the presence of megacorporations and those associated with their early successes. Lunans, despite being a relatively small population of slightly over a billion people, represent a disproportionate amount of the Alliance's naval officers and diplomatic corps. Luna is the headquarters and nerve center of Einstein Engines, the oldest of humanity's megacorporations and major rival of both NanoTrasen and the Stellar Corporate Conglomerate.
Mars (Sol IV)
Mars is the fourth planet out from Sol. A Martian day is only slightly longer than a standard day at 25 standard hours, but the Martian year is 687 standard days long. It is the outermost terrestrial planet in the Sol system. It is known as the Red Planet, because the iron-rich dust that covers most of the planet’s surface gives it a reddish tinge that was visible to the naked eyes of astronomers on Earth in ancient times. Mars had a thin atmosphere, but centuries of terraforming efforts have made it breathable.
Mars was a target of one of the first bodies colonized by humanity. Its population swelled in the early days of the Second Space Age.
Mars has suffered two catastrophes while colonized: the abrupt failure of its terraforming infrastructure and widespread damage as a result of the First Interstellar War, when most of the planet attempted to secede from the Alliance. Mars is home to millions of descendants of refugees, cramped in centuries old bio domes or ruins. Yet Mars has proved resilient and today is one of the most populated worlds in human space with a highly advanced economy. Areas of the planet have been fully terraformed, allowing for massive, open air cities. These tend to be near the coastal areas.
The Violet Dawn catastrophe of 2462 and civil unrest in the weeks leading up to the catastrophe has seen Mars reduced to a shadow of its former self due to massive phoron fires that raged across the southern half of the planet and the utter collapse of government authority over the planet. Millions have fled the planet and dozens of arcologies have been destroyed, leaving the future of the planet uncertain at best and apocalyptic at worst.
The planetary capital of Mars is Unified Kunlun, located within the Provisional Government of Mars' zone of control, but a majority of the planet has fallen into anarchy.
The Asteroid Belt
The Asteroid Belt is an area around Sol where thousands of rocky bodies, too small to be called planets or even dwarf planets, orbit. The zone encompasses an area between 2.2 AU and 3.2 AU away from Sol. The asteroids in the belt are rich in precious and semi-precious metals, hydrogen and water. The density of asteroids in the zone is relatively low, which was an important factor in allowing asteroid mining companies to establish footholds. The oldest and largest of these asteroid mining companies is the Beltway Mining Company, which has claimed the rights to mine most of the Asteroid Belt. Other fledgling companies have often been pushed out through strategic economic maneuvers, intimidation, and sometimes force. Beltway has a main base located on the planetoid Ceres, the largest body in the asteroid belt. Over the years, the planetoid has been hollowed out by intensive mining operations, and now serves as a massive complex that the rest of their operations are based out of. Roughly seven million people reside in the asteroid belt.
Jupiter (Sol V)
Jupiter is the fifth planet out from Sol. It is the largest gas giant in the system and is actually two times larger than all the other planets of the Solar system combined. It is composed of Helium and Hydrogen in similar ratios as Sol itself, suggesting that Jupiter may have been on the road to becoming a dwarf star, but never achieved the mass to ignite. A Jovian day lasts approximately 10 standard hours, while a Jovian year is almost 11.9 standard years long. Jupiter is known for the multicolored bands and massive storms that are visible on the top of the planet’s atmosphere. The most well-known feature of Jupiter is its Great Red Spot, a massive hurricane many times the size of Earth that has been raging for centuries. Settlements on the gas giant are giant floating cities that grace the upper atmosphere, held aloft by massive, reinforced balloons. Jupiter has more than 67 moons in total, though only the Galilean Moons -- Europa, Ganymede, Io, Callisto -- are home to major settlements.
The Galilean Moons are major players in the Sol System: Callisto is one of the most densely populated bodies in the Orion Spur and serves as the Sol System's largest port, Ganymede produces a significant amount of the foodstuffs consumed in the System, and Europa is home to a great amount of scientific research facilities. Io, due to its inhospitable nature, features no permanent habitation.
Saturn (Sol VI)
Saturn is the sixth planet of Sol, and the second largest gas giant in the system. It is known for the spectacular systems of rings that encircle the planet. It is the second largest gas giant in the system, with a composition similar to Jupiter. A day on Saturn lasts approximately 10.7 standard hours, while it takes almost 29 standard years for it to complete one full revolution around Sol. Saturn has more than 62 moons, most of them home to at least small settlements. With its hundreds of brilliant rings, Saturn is a major tourist attraction within the Solar system.
The combined population of the planet's floating settlements is roughly fifteen million people.
Uranus (Sol VII)
Uranus is the seventh planet of Sol. It is an ice giant that is tilted on its side so that its equator is at a right angle to its orbit. A day on Uranus lasts approximately 17 standard hours, while its orbital period is approximately 84 standard years long. The planet has 27 moons, with most of them holding small outposts.
The combined population within the planet's floating settlements is roughly ten million people.
Neptune (Sol VIII)
Neptune is the eighth planet of Sol, and the sister ice giant to Uranus. It has a very similar composition, with high amounts of methane present in the atmosphere. Large amounts of water are also present in the planet’s mantle. A Neptunian day lasts approximately 16 standard hours, while a Neptunian year is 165 standard years long. Neptune has 17 moons. Triton, the largest, is a small -- by Sol System standards -- yet functional colony centered around mining and refining materials from Neptune and its surrounding moons.
Neptune has a population of roughly eight million, and only Triton has a permanent colony. Most of Neptune's population is centered around New Pacific, Triton's capital.
Pluto (Sol IX)
Pluto is the ninth planet in the Sol System, and one of the furthest permanently inhabited bodies from the Sun. It maintains an unusual local political and economic system as a result of its colonization by the USSR during the 2100s, and serves as the primary Helium-3 mining and refining area for the Sol System -- if not the entire Solarian Alliance.
The Kuiper Belt
The Kuiper Belt is the region beyond the orbit of Neptune that is home to tens of thousands of icy bodies, and potentially hundreds of thousands more. The Kuiper Belt encompasses an area from 30 AU to 55 AU away from Sol. Of the icy bodies present in the belt, Pluto and Eris are the most well known. The icy bodies here are rich in hydrogen and water, but lacking in terms of other resources, such as metals. The Kuiper Belt may also be home to up billions of comets too small to be detected.
The Oort Cloud
The Oort Cloud is a spherical area of space that encases the Sol system. It begins where the Kuiper Belt ends, and extends outward until almost 1.5 LY away from Sol. It is estimated that Oort Cloud may contain up to a trillion icy bodies, including planetoids and comets. Unlike the Romanovich Cloud of Tau Ceti, the bodies in the Oort cloud are metal-deficient, making the effort of locating bodies in this region to mine a pointless endeavor.