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| Yridiae -properly known as Alpha Yridiae- is an F0-class, main sequence star with a surface temperature of 7,200˚K. The surface is yellow in color. The star has a record history of a very active magnetic field with numerous sunspots near the star’s equatorial latitudes, some reaching field strengths of 5000 Gauss. Astrophysicists estimate the star’s age to be approximately 3.7 billion years old with a total projected lifetime of 9.6 billion years, after which the star is expected to shed it’s outer layers and become a white dwarf. Yridiae is the brightest star in the local group within the [[Yridia system]]. Yridiae is the only star with an extensive, life-sustaining planetary system. | | Yridiae, properly known as Alpha Yridiae, is an F0-class, main sequence star with a surface temperature of 7,200˚K. The surface is yellow in color. The star has a record history of a very active magnetic field with numerous sunspots near the star’s equatorial latitudes, some reaching field strengths of 5,000 Gauss. Astrophysicists estimate the star’s age to be approximately 3.7 billion years old with a total projected lifetime of 9.6 billion years, after which the star is expected to shed its outer layers and become a white dwarf. Yridiae is the brightest star in the local group within the [[Yridia system]]. Yridiae is the only star with an extensive, life-sustaining planetary system. |
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| [[Category: Star Systems]] | | [[Category: Star Systems]] |
| [[Category: Clan Tarentum]] | | [[Category: Clan Tarentum]] |
Revision as of 06:08, 15 December 2006
Yridiae, properly known as Alpha Yridiae, is an F0-class, main sequence star with a surface temperature of 7,200˚K. The surface is yellow in color. The star has a record history of a very active magnetic field with numerous sunspots near the star’s equatorial latitudes, some reaching field strengths of 5,000 Gauss. Astrophysicists estimate the star’s age to be approximately 3.7 billion years old with a total projected lifetime of 9.6 billion years, after which the star is expected to shed its outer layers and become a white dwarf. Yridiae is the brightest star in the local group within the Yridia system. Yridiae is the only star with an extensive, life-sustaining planetary system.