Fast spectral source integration in black hole perturbation calculations

This paper presents a new technique for achieving spectral accuracy and fast computational performance in a class of black hole perturbation and gravitational self-force calculations involving extreme mass ratios and generic orbits. Called spectral source integration (SSI), this method should see wi...

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Veröffentlicht in:Physical review. D, Particles, fields, gravitation, and cosmology Jg. 92; H. 4
Hauptverfasser: Hopper, Seth, Forseth, Erik, Osburn, Thomas, Evans, Charles R.
Format: Journal Article
Sprache:Englisch
Veröffentlicht: 26.08.2015
Schlagworte:
Accuracy
Black holes (astronomy)
Frequency domains
Gravitation
Mathematical analysis
Orbits
Perturbation theory
Spectra
ISSN:1550-7998, 1550-2368
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Abstract This paper presents a new technique for achieving spectral accuracy and fast computational performance in a class of black hole perturbation and gravitational self-force calculations involving extreme mass ratios and generic orbits. Called spectral source integration (SSI), this method should see widespread future use in problems that entail (i) a point-particle description of the small compact object, (ii) frequency domain decomposition, and (iii) the use of the background eccentric geodesic motion. Frequency domain approaches are widely used in both perturbation theory flux-balance calculations and in local gravitational self-force calculations. We believe the method will extend to work for inspirals on Kerr and will be the subject of a later publication. SSI borrows concepts from discrete-time signal processing and is used to calculate the mode normalization coefficients in perturbation theory via sums over modest numbers of points around an orbit. A variant of the idea is used to obtain spectral accuracy in a solution of the geodesic orbital motion.
AbstractList This paper presents a new technique for achieving spectral accuracy and fast computational performance in a class of black hole perturbation and gravitational self-force calculations involving extreme mass ratios and generic orbits. Called spectral source integration (SSI), this method should see widespread future use in problems that entail (i) a point-particle description of the small compact object, (ii) frequency domain decomposition, and (iii) the use of the background eccentric geodesic motion. Frequency domain approaches are widely used in both perturbation theory flux-balance calculations and in local gravitational self-force calculations. We believe the method will extend to work for inspirals on Kerr and will be the subject of a later publication. SSI borrows concepts from discrete-time signal processing and is used to calculate the mode normalization coefficients in perturbation theory via sums over modest numbers of points around an orbit. A variant of the idea is used to obtain spectral accuracy in a solution of the geodesic orbital motion.
ArticleNumber 044048
Author Hopper, Seth
Forseth, Erik
Osburn, Thomas
Evans, Charles R.
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Snippet This paper presents a new technique for achieving spectral accuracy and fast computational performance in a class of black hole perturbation and gravitational...
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SubjectTerms Accuracy
Black holes (astronomy)
Frequency domains
Gravitation
Mathematical analysis
Orbits
Perturbation theory
Spectra
Title Fast spectral source integration in black hole perturbation calculations
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