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2024

Real modes and null memory contributions in effective-one-body models

Albanesi, Simone

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We introduce a novel approach to describe real-valued $m=0$ modes from inspiral to merger and ringdown in effective-one-body models, including both oscillatory and null memory contributions.

A crucial aspect of the modelization of the oscillatory part is the complexification of the real modes via a Hilbert transform.
This procedure allows for an accurate description of the merger-ringdown waveform by applying standard approaches employed for the complex $m>0$ modes, which include source-driven effects.
The physical signal is then recovered by solely considering the real part.

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