In order to model all these effects in systematic way, I am primarily working within an effective field theory framework applied to compact binaries. This enables synergies with particle physics, where effective field theories also find a manifold of applications. Recent developments for the efficient calculation of scattering amplitudes can also be employed in order to increase the accuracy of perturbative analytic predictions for compact binaries. My main research target in the area of waveform models is the effective-one-body model, where both analytical and numerical predictions are combined.
Here are links to my publications: from Spires, and from the ADS database.
I studied physics at the Friedrich-Schiller-Universität Jena from 2001
to 2006. My diploma thesis on supersymmetric lattice field theories was
supervised by Prof. Andreas Wipf. Still at the university of Jena, I
started my PhD on the canonical formulation of spin in general
relativity under supervision of Prof. Gerhard Schäfer. After I received
my PhD in 2010, I went to the Instituto Superior Técnico in Lisbon as a postdoc. I started my second postdoc at the AEI in 2014. Since September 2019, I have been leading a research group on analytic, perturbative solutions to the two-body problem in gravity, taking also advantage of recent methods developed in high-energy particle physics.