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Asteroseismology and interferometry .
2006International ...
Thévenin, Frédéric +5 more
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Science, 2001
Scientists studying the oscillations of the sun have gained remarkable insights into its interior structure and properties. In his Perspective, [Gough][1] highlights a recent study, which has extended such seismological studies to a more distant sunlike star, heralding the birth of asteroseismology. [1]: http://www.sciencemag.org/cgi/content/full/291/
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Scientists studying the oscillations of the sun have gained remarkable insights into its interior structure and properties. In his Perspective, [Gough][1] highlights a recent study, which has extended such seismological studies to a more distant sunlike star, heralding the birth of asteroseismology. [1]: http://www.sciencemag.org/cgi/content/full/291/
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EAS Publications Series, 2005
Classical Be stars – i.e. non-supergiants B stars with some emission – are very intriguing objects. They represent nearly 20% of B stars. Emission originates in a circumstellar envelope more or less concentrated around the equator, and whose origin is so far unexplained.
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Classical Be stars – i.e. non-supergiants B stars with some emission – are very intriguing objects. They represent nearly 20% of B stars. Emission originates in a circumstellar envelope more or less concentrated around the equator, and whose origin is so far unexplained.
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Asteroseismology and the Infrared
2006Asteroseismolgy is a mature technique allowing to study the internal structure of pulsating stars. This technique has been successfully applied to the sun where it allowed for the first time to determine the boudaries of the convective zone and the dependency of rotation with depth and solar latitude.
Kallinger, Thomas +1 more
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Journal of Astrophysics and Astronomy, 2005
The increasing number of pulsating modes in a star leads to the increase of the amount of information derived from the pulsation. Probing the invisible interior of stars is a dream come true. In this review, I summarize the fundamental properties of stellar pulsations and the excitation mechanisms, emphasizing several cases of recent progress.
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The increasing number of pulsating modes in a star leads to the increase of the amount of information derived from the pulsation. Probing the invisible interior of stars is a dream come true. In this review, I summarize the fundamental properties of stellar pulsations and the excitation mechanisms, emphasizing several cases of recent progress.
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2019
AbstractThe ideas behind gravitational-wave asteroseismology are introduced and motivated by a set of phenomenological relations. The impact of general relativity on different classes of stellar oscillation modes is outlined and the emergence of a new family of modes (the w-modes) associated with the dynamcis of spacetime itself is explained.
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AbstractThe ideas behind gravitational-wave asteroseismology are introduced and motivated by a set of phenomenological relations. The impact of general relativity on different classes of stellar oscillation modes is outlined and the emergence of a new family of modes (the w-modes) associated with the dynamcis of spacetime itself is explained.
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Asteroseismology & Interferometry
2005Asteroseismology aims at constraining the stellar evolution theory, and allows to determine the age of stars together with other fundamental parameters. We present recent results obtained by interferometry, and prospects for the future.
Thévenin, Frédéric +5 more
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