Electromagnetic energy for a five dimensional rotating black hole in a uniform magnetic field
2017
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Advisor: Doç. Dr. Reyhan Kaya
Abstract (EN)
A weakly charged rotating black hole in five dimensions possesses two equal-magnitude angular momenta is considered. The stress-energy tensor of the electromagnetic field is calculated. Using the Komar mass formula the total electromagnetic energy for a charged five dimensional rotating black hole in a uniform magnetic field is discussed. It is found that the total electromagnetic energy takes the minimum when the five dimensional black hole possesses a non-zero net charge.
Author
Şaban Yılmaz
Institution
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Şaban Yılmaz (Doctorate thesis). Electromagnetic energy for a five dimensional rotating black hole in a uniform magnetic field, 2017, Yıldız Technical University.
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