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2016

Gauge-invariant perturbations of Schwarzschild spacetime

Shah, Abhay G., Whiting, Bernard F., Aksteiner, Steffen et al.

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We study perturbations of Schwarzschild spacetime in a coordinate-free, covariant form.

The GHP formulation, having the advantage of not only being covariant but also tetrad-rotation invariant, is used to write down the previously known odd- and even-parity gauge-invariants and the equations they satisfy.
Additionally, in the even-parity sector, a new invariant and the second order hyperbolic equation it satisfies are presented.
Chandrasekhar's work on transformations of solutions for perturbation equations on Schwarzschild spacetime is translated into the GHP form, i.e., solutions for the equations of the even- and odd-parity invariants are written in terms of one another, and the extreme Weyl scalars; and solutions for the equations of these latter invariants are also written in terms of one another.

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H. Chen, J. Thompson, and B. F. Whiting (2016b), 19 pp
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Then

M. Sasaki and H. Tagoshi, Living Reviews in Relativity 6
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