Difference between revisions of "Star system"

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[[File:Solar system.jpg|thumb|right|Sector 001's solar system]]
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''For the star system in which the planet [[Earth]] is located, see [[Sol System]].''
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A '''star system''' or '''solar system''' is the area around a [[star]] (or a group of stars) which contains all of the [[planet]]s, [[moon]]s, [[asteroid]]s, [[nebula]]e and other landmarks which are held in place by the star's [[gravity well]].
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A Solar system's boundaries are usually marked by the area in which a star or celestial body's gravitational force affects its surrounding environment. <br> Often the edge of these boundaries is a large, thin layer of ice, dust and debris called an [https://solarsystem.nasa.gov/solar-system/oort-cloud/overview/#:~:text=The%20Oort%20Cloud%20is%20a,in%20the%20Oort%20Cloud%20itself. Oort cloud]. (''Source: NASA'')
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The planets and other bodies in a solar system [[orbit]] the star (or stars) at different distances; these distances can be classified into three distinct "zones":
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* (1) the '''hot''' zone, which is closest to the star, produces temperatures prohibitive of life, such as on [[Mercury (planet)|Mercury]]
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* (2) the '''ecosphere''' zone, where life can find a foothold and flourish, given the balance between solar [[energy]] received and [[radiation|radiated]], such as [[Earth]], [[Vulcan]], and [[Bajor]]
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* (3) the '''cold zone''', which lies farthest from the star and receives the least energy; [[Pluto]] orbits in the cold zone, where Sol appears merely as another bright star.
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Using [[warp drive]] to travel from within a solar system to another point in the system is not recommended.
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[[File:Veridian system.jpg|thumb|The [[Veridian]] system]]
 
{{bginfo|"Solar System" redirects here. For the star system in which the planet [[Earth]] is located, see [[Sol System]].}}
 
A '''star system''' or '''solar system''' is the area around a [[star]] (or a [[multiple star system|group of stars]]) which contains all of the [[planet]]s, [[moon]]s, [[asteroid]]s, [[nebula]]e and other landmarks which are held in place by the star's [[gravity well]].
 
  
A Solar system's boundaries are usually marked by the area in which a star or celestial body's [[gravity|gravitational force]] affects its surrounding environment.  Often the edge of these boundaries is a large, thin layer of [[ice]], dust and debris called an [[Oort cloud]].
 
  
The planets and other bodies in a solar system [[orbit]] the star (or stars) at different distances; these distances can be classified into three distinct ''zones'': (1) the '''hot''' zone, which is closest to the star, produces temperatures prohibitive of [[lifeform|life]], such as on [[Mercury (planet)|Mercury]]; (2) the '''ecosphere''' zone, where life can find a foothold and flourish, given the balance between solar [[energy]] received and [[radiation|radiated]], such as [[Earth]], [[Vulcan]], and [[Bajor]]; and (3) the '''cold zone''', which lies farthest from the star and receives the least energy; [[Pluto]] orbits in the cold zone, where Sol appears merely as another bright star.
 
  
Using [[warp drive]] to travel from within a solar system to another point in the system is not recommended. The {{USS|Defiant|NX-74205}} performed such a [[Maneuvers and tactics|maneuver]] in [[2373]] in the [[Bajoran system]].
 
  
== See also ==
 
* [[Stars and stellar bodies|List of stars and stellar bodies]]
 
  
 
[[Category:Star System]]
 
[[Category:Star System]]
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[[category:science]]

Latest revision as of 13:41, 2 September 2021

Sector 001's solar system

For the star system in which the planet Earth is located, see Sol System.


A star system or solar system is the area around a star (or a group of stars) which contains all of the planets, moons, asteroids, nebulae and other landmarks which are held in place by the star's gravity well.


A Solar system's boundaries are usually marked by the area in which a star or celestial body's gravitational force affects its surrounding environment.
Often the edge of these boundaries is a large, thin layer of ice, dust and debris called an Oort cloud. (Source: NASA)


The planets and other bodies in a solar system orbit the star (or stars) at different distances; these distances can be classified into three distinct "zones":

  • (1) the hot zone, which is closest to the star, produces temperatures prohibitive of life, such as on Mercury
  • (2) the ecosphere zone, where life can find a foothold and flourish, given the balance between solar energy received and radiated, such as Earth, Vulcan, and Bajor
  • (3) the cold zone, which lies farthest from the star and receives the least energy; Pluto orbits in the cold zone, where Sol appears merely as another bright star.


Using warp drive to travel from within a solar system to another point in the system is not recommended.