Uploaded August 2026 | Updated September 2026, 3 hours ago
(Recorded on June 22, 2026)
16th LISA Symposium Parallel Sessions
Parallel 1-B: Waveforms & Science
Presentations in this session:
00:00:20 - Modelling Higher Order Modes and Memory with the Backwards One Body (BOB) Formalism
Suchindram Dasgupta
00:13:10 - The High-Mass-Ratio Challenge in Gravitational Waveform Modelling
Parthapratim Mahapatra
00:28:10 - Towards more robust generic spinning gravitational waveform models including higher modes within the Spinning Effective-to-Backwards One Body (SEBOB) paradigm
Sean McWilliams
00:45:15 - Radiation Boundary Conditions and Near-to-Far Field Teleportation for the Teukolsky Equation
Som Dev Bishoyi
01:00:35 - Towards claiming a detection of gravitational memory with LISA
Jann Zosso
01:16:40 - Error quantification for numerical relativity surrogate models
Varenya Upadhyaya
Session Chair: Deborah Ferguson
(Recorded on June 22, 2026)
16th LISA Symposium Parallel Sessions
Parallel 1-B: Waveforms & Science
Presentations in this session:
00:00:20 - Modelling Higher Order Modes and Memory with the Backwards One Body (BOB) Formalism
Suchindram Dasgupta
00:13:10 - The High-Mass-Ratio Challenge in Gravitational Waveform Modelling
Parthapratim Mahapatra
00:28:10 - Towards more robust generic spinning gravitational waveform models including higher modes within the Spinning Effective-to-Backwards One Body (SEBOB) paradigm
Sean McWilliams
00:45:15 - Radiation Boundary Conditions and Near-to-Far Field Teleportation for the Teukolsky Equation
Som Dev Bishoyi
01:00:35 - Towards claiming a detection of gravitational memory with LISA
Jann Zosso
01:16:40 - Error quantification for numerical relativity surrogate models
Varenya Upadhyaya
Session Chair: Deborah Ferguson










