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Selecting your Problem
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Zeroth order, observed frequency f determined by
- [Gr]1/2
(i.e., M1/2R-3/2)
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then luminosity determined by
- efficiency factor (e.g., distortion e)
- and event duration,
- which are very likely to be interconnected.
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So when f drops into the frequency bandwidth of LIGO
and/or predicted luminosities brighten, we should be careful
to explicitly state in these simple terms,
"What changed, and why?"
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If you're looking for a more quantitative statement about exact
power spectrum template, don't believe anything until
general relativistic treatments have been perfected.
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However ... rather than plotting power spectra, we should start
characterizing
it in terms of relatively small set of parameters AND expected
quantitative bounds on parameter values.
[Prince]
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Should we believe in these SN-produced "bars"?
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What about this "backward chirp" source suggested by D. Lai?
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Nonlinear development of r-mode
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