Cataclysmic Variable: CY Ursa Major

We present a detailed description and analysis about the star system CY Ursa Major, as well as accounting for its unusual and unique behavior throughout years of observation from other sources. Based on information we found from SINBAD, AAVSO, and other observational programs, CY UMa’s is a G-class star with a surface temperature in the range of 5,000 K-6,000 K located at (0 56 56.9964835104 +49 41 18.201049512). Its light curves appear to eclipse and could be a result of its binary nature or an outburst change in its luminosity. We have also found its orbital period of 0.06957 +- 0.00004 days, and we have analyzed the “superoutbursts” which may be affecting it. A major part of this project is its challenge of finding new information that is either not easily accessible or that has not been calculated or recorded like its mass, rotation, luminosity,and other statistics. We will continue to further our research and develop our understanding of our star system and gather as much information for our poster and make our contribution to observational, stellar astronomy.

Publication Details

Journal
ScholarSpace - JCCC (Johnson County Community College)
Published
2025-05-01
Primary Topic
Magnetic confinement fusion research
Type
article
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article

Cataclysmic Variable: CY Ursa Major

ScholarSpace - JCCC (Johnson County Community College)
Magnetic confinement fusion research
article

Cataclysmic Variable: CY Ursa Major

article en

Abstract

We present a detailed description and analysis about the star system CY Ursa Major, as well as accounting for its unusual and unique behavior throughout years of observation from other sources. Based on information we found from SINBAD, AAVSO, and other observational programs, CY UMa’s is a G-class star with a surface temperature in the range of 5,000 K-6,000 K located at (0 56 56.9964835104 +49 41 18.201049512). Its light curves appear to eclipse and could be a result of its binary nature or an outburst change in its luminosity. We have also found its orbital period of 0.06957 +- 0.00004 days, and we have analyzed the “superoutbursts” which may be affecting it. A major part of this project is its challenge of finding new information that is either not easily accessible or that has not been calculated or recorded like its mass, rotation, luminosity,and other statistics. We will continue to further our research and develop our understanding of our star system and gather as much information for our poster and make our contribution to observational, stellar astronomy.

ScholarSpace - JCCC (Johnson County Community College)
Openalex Percentile: Top 35%
Magnetic confinement fusion research
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