Talks by Mohammed Khalil

New spin-orbit and spin-squared post-Newtonian results from first-order self-force

Mohammed Khalil Max Planck Institute for Gravitational Physics (Albert Einstein Institute)
The scattering angle function exhibits a simple dependence on the mass ratio, which has been recently used to obtain new post-Newtonian (PN) results for arbitrary mass ratios from first-order self-force calculations. In this talk, I will present results for the spin-orbit coupling at fourth subleading PN order (5.5PN), including both local and nonlocal contributions, and the spin-squared coupling at third subleading PN order (5PN) for aligned spins.