thenewhorizon

Qing Long Multi-System Update: 20 worlds successfully terraformed and colonized.

Qing Long Multi-System

The Qing Long Multi-System

System Imagery loading...

Note

Under Construction

---[Star Data]---
Stellar ID: 34 Tauri (2020) E
Class: F0
Radius: 1.4 sol
Mass: 1.7 sol
Luminosity: 6.0 sol
Temperature: 7,240 oK
Distance: 180 AU (16,732,045,260 miles from the White Sun)

---[Planets]---
8

---[Moons]---
17

---[Asteroid Belts]---
1: Uroborus

---[Planetoids]---
120,000+

---[Comets]---
700+

青龍多-系統

Qing Long (Blue Dragon) / Blue Sun
Meridian
          Burnet
New Canaan
          Ugarit
          Lilac
Muir
          Arminius
          Shepherd's Mission
Fury
          Coldstone
          Blackwood
          Seventh Circle
     Uroborus: Asteroid Belt
Highgate
          Perth
Dragon’s Egg
          Yudhishtira
          Bhima
          Nakula
          Sahadeva
          Glynis
Deadwood
          Haven
          New Omaha
Burnham
     Stellar ID:
     Class:
     Radius:
     Mass:
     Luminosity:
     Temperature:
     Distance:
          Miranda
               Caliban

34 Tauri (2020) A

2.5 sol

3.2 sol

80 sol

10,800oK (18,981oF)

0 AU (Anchor star)

(6,320,994,876 miles from the White Sun)

ATTENTION ALL PILOTS

Travel Advisory: All starships passing through or near any asteroid belt must factor in belt-swell (similar to wave-cresting); the amount of volume in Space a given asteroid belt will expand (swell) and contract based on where passing stars, planets, planetoids, and comets are.

If a star orbiting another star is passing, with the asteroid belt in between these two stars, belt-swell will occur, causing asteroid-storms due to the slow expansion of the belt as it is pulled between the two nearing stars, then by the increasing expansion of the belt as the stars reach their nearest mutual proximity, and then by the decreasing rate of the contraction of the belt as the stars move out of their positions on opposing sides of the same point of the belt.

Although the star the asteroid belt orbits will maintain a general set rate of gravitational force upon the belt, the other star(s) orbiting the main star will also exert a generally set rate of gravitation force near them. This results in any affected asteroid belt remaining slightly stretched out between the main and orbiting stars, and slightly thinner and denser when the subordinate stars are not orbiting by.

This solar-orbit-seasonal gravitational fluctuation influencing the dimensions of the local segment of any asteroid belt leads to asteroid-storms because the expansion and contraction of the belt causes collisions and altered trajectories within and out from each belt.

This is important to factor in to any flight plan because most solar systems have asteroid belts, as well as Kuiper belts, scattered discs, Oort clouds, and rogue bodies, many of which have significant enough gravity to require sudden corrective piloting to compensate for their passing. This is especially true during asteroid-storms, when turbulent asteroid field activity results in nearly unpredictable and incalculable gravity field interactions from each of the larger bodies.

Solar seasons (when sunspots/star-spots and solar-flares change their frequency, dimensions, and output) affect belt-swell and asteroid-storms even more. Always make sure your sensory and calendar equipment and applications are up-to-date and fully functional before making an interplanetary trip past, near, or through any asteroid belt, even with Repulsine-based craft.

---[Lunar Data]---
Stellar ID:
Moon name:
Planet orbited:
Date terraformed:
Diameter:
Mass:
Gravity:
Orbital distance:
Orbital periods:
Population:

---[Status]---
Colonized:
Terraformed:

---[Rings]---
0

---[Artificial Satellites]---
0

---[Indigenous]---
Humans

---[Notes]---

Under Construction

Yes; year

34 Tauri (2020) D

N/A

#,### km

#.### Earth Masses

#.##

N/A

##oC

#.# g

0.## atm

#.# AU

#.# Earth Years

##.# Earth Hours

---[Planet Data]---
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:

Luminosity:
Surface Temperature:

Surface Gravity:
Atmospheric Pressure:

Orbital Distance:
Orbital Period:

Day Length:

---[Status]---
Colonized:
Terraformed:

---[Moons]---
0

---[Rings]---
0

---[Artificial Satellites]---
0

---[Indigenous]---
Humans

子午線

34 Tauri (2020) D

N/A

#,### km

#.### Earth Masses

#.##

N/A

##oC

#.# g

0.## atm

#.# AU

#.# Earth Years

##.# Earth Hours

Yes; year

---[Planet Data]---
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:

Luminosity:
Surface Temperature:

Surface Gravity:
Atmospheric Pressure:

Orbital Distance:
Orbital Period:

Day Length:

---[Status]---
Colonized:
Terraformed:

---[Moons]---
0

---[Rings]---
0

---[Artificial Satellites]---
0

---[Indigenous]---
Humans

新迦南

繆爾

34 Tauri (2020) D

N/A

#,### km

#.### Earth Masses

#.##

N/A

##oC

#.# g

0.## atm

#.# AU

#.# Earth Years

##.# Earth Hours

Yes; year

---[Planet Data]---
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:

Luminosity:
Surface Temperature:

Surface Gravity:
Atmospheric Pressure:

Orbital Distance:
Orbital Period:

Day Length:

---[Status]---
Colonized:
Terraformed:

---[Moons]---
0

---[Rings]---
0

---[Artificial Satellites]---
0

---[Indigenous]---
Humans

憤怒

34 Tauri (2020) D

N/A

#,### km

#.### Earth Masses

#.##

N/A

##oC

#.# g

0.## atm

#.# AU

#.# Earth Years

##.# Earth Hours

Yes; year

---[Planet Data]---
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:

Luminosity:
Surface Temperature:

Surface Gravity:
Atmospheric Pressure:

Orbital Distance:
Orbital Period:

Day Length:

---[Status]---
Colonized:
Terraformed:

---[Moons]---
3: Coldstone, Blackwood, Seventh Circle.

---[Rings]---
0

---[Artificial Satellites]---
0

---[Indigenous]---
Human

---[Planet Data]---
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:

Luminosity:
Surface Temperature:

Surface Gravity:
Atmospheric Pressure:

Orbital Distance:
Orbital Period:

Day Length:

---[Status]---
Colonized:
Terraformed:

---[Moons]---
1: Perth

---[Rings]---
0

---[Artificial Satellites]---
0

---[Indigenous]---
Humans

34 Tauri (2020) D

N/A

#,### km

#.### Earth Masses

#.##

N/A

##oC

#.# g

0.## atm

#.# AU

#.# Earth Years

##.# Earth Hours

Yes; year

海格特

---[Planet Data]---
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:

Luminosity:
Surface Temperature:

Surface Gravity:
Atmospheric Pressure:

Orbital Distance:
Orbital Period:

Day Length:

---[Status]---
Colonized:
Terraformed:

---[Moons]---
5: Yudhishtira, Bhima, Nakula, Sahadeva, Glynis.

---[Rings]---
0

---[Artificial Satellites]---
0

---[Indigenous]---
Humans

34 Tauri (2020) D

N/A

#,### km

#.### Earth Masses

#.##

N/A

##oC

#.# g

0.## atm

#.# AU

#.# Earth Years

##.# Earth Hours

Yes; year

龍的蛋

Notes:

Haven was the final home of Shepherd Book after he left the crew of Serenity. It was also a place of refuge for the Serenity crew.

---[Planet Data]---
Stellar ID:
Class:
Radius:
Mass:
Keplerian Ratio:

Luminosity:
Surface Temperature:

Surface Gravity:
Atmospheric Pressure:

Orbital Distance:
Orbital Period:

Day Length:

---[Status]---
Colonized:
Terraformed:

---[Moons]---
2: Haven, New Omaha.

---[Rings]---
0

---[Artificial Satellites]---
0

---[Indigenous]---
Humans

Yes; year

34 Tauri (2020) D

N/A

#,### km

#.### Earth Masses

#.##

N/A

##oC

#.# g

0.## atm

#.# AU

#.# Earth Years

##.# Earth Hours

戴德伍德