text:   analysis",6,"['Our new paper out today details the first fully relativistic EMRI template model fast enough to do parameter estimation with. As a demonstration we explore the accuracy of the semi-relativistic kludge waveform generation methods. <LINK> <LINK>', 'For certain regions of the parameter space, using semi-relativistic amplitudes to recover an injected full relativistic waveform can lead to biases in the posterior distribution https://t.co/VigCMuXLwY', 'The fully relativistic model is part of a new FastEMRIWaveform framework that provides a unified Python interface to generate EMRI waveform templates in the solar system barycenter frame. This makes it very easy for data analysts to upgrade to new models as they become available. https://t.co/7VS6ylgVWQ', 'The fully relativistic model is fast. Using GPU acceleration you can generate a year-long EMRI waveform in less than 100ms. All the code is open source in the BHPToolkit: https://t.co/ie7SABWp3U', 'The fully relativistic model, first introduced in our letter, https://t.co/TiAckbhy88, is only for inspirals into non-rotating black holes. The methods we used should extend to Kerr and incorporate GSF corrections as they become available. https://t.co/xcRJYsWxlz', ""For the LISA Data Challenge it is useful to have waveform models that are extensive in parameter space so whilst we wait for fully relativistic Kerr waveforms we also include an updated GPU accel'd Augment Analytic Kludge model in the FEW framework.""]",21,04,1374