Action-angle coordinates for black hole geodesics and their use in EMRIs @LISAcommunity
Action-angle coordinates for black hole geodesics and their use in EMRIs  @LISAcommunity
Uploaded July 2022 | Updated September 2026, 1 hour ago
Action-angle (AA) coordinates are a traditional tool in celestial mechanics dating to its very beginnings in the 17th century. In modern terms, AA coordinates are a specific spectral solution of the equations of motion of a given conservative system. I will show how AA coordinates are constructed for black hole geodesics (test particle orbits) and how they will help to efficiently generate EMRIs and possibly other binary inspirals.

Author and Presenter: Vojtech Witzany
Action-angle coordinates for black hole geodesics and their use in EMRIsThe Zwicky Transient Facility high-cadence Galactic Plane survey and its implications for LISALISA, Extreme Mass Ratio Inspirals, and new fundamental fields in the gravity sectorLISA Symposium 2026 - Parallel 3-ACharge-Induced Force Noise Modeling for the LISA Charge Management SystemLISA Symposium XIV Parallel C Fundamental Physics and Waveforms Part 2Forecasting F(Q) cosmology with ΛCDM background using standard sirensLISA Charge Management Device Development UpdateLISA Symposium XIV Plenary Day 4LISA Symposium 2026 - Parallel 1-BUpdates from ground-based detectors: Observation Run O3 results and upgrade plansBlack Hole—Neutron Star Binaries in LISA
LISA Mission |

Action-angle coordinates for black hole geodesics and their use in EMRIs

SHARE TO X SHARE TO REDDIT SHARE TO FACEBOOK WALLPAPER