Scheel, Mark

Monograph from CaltechTHESIS committee

• Mitman, Keefe Edward Alden (2024) Asymptotics with Numerical Relativity: Gravitational Memory, BMS Frames, and Nonlinearities; 10.7907/7akc-yg91
• Ma, Sizheng (2023) Topics in Gravitational Wave Physics: Black-Hole Spectroscopy, Neutron Star Dynamical Tides, and Numerical Relativity; 10.7907/0t48-ka91
• Chen, Baoyi (2022) Near-Horizon Black Hole Physics; 10.7907/8szr-9e68
• Barkett, Kevin Michael Canice (2019) Computational Methods for Gravitational Wave Physics: Spectral Cauchy-Characteristic Extraction and Tidal Splicing; 10.7907/3DH5-7773
• Varma, Vadapalli Vijay S. (2019) Black Hole Simulations: From Supercomputers to Your Laptop; 10.7907/YT07-Q639
• Okounkova, Maria (2019) Numerical Relativity Beyond General Relativity; 10.7907/WPAT-PS25
• Blackman, Jonathan Lloyd (2017) Surrogate Models of Gravitational Waves from Numerical Relativity Simulations of Binary Black Hole Mergers; 10.7907/Z93F4MPJ
• Handmer, Casey John (2015) [Gauge Invariant Spectral Cauchy Characteristic Extraction of Gravitational Waves in Computational General Relativity

](https://resolver.caltech.edu/CaltechTHESIS:05282015-131606315); 10.7907/Z9NP22DZ

• Zhang, Fan (2014) Tools for the Study of Dynamical Spacetimes; 10.7907/Z9WD3XHF
• Kaplan, Jeffrey Daniel (2014) Where Tori Fear to Trend: Hypermassive Neutron Star Remnants and Absolute Event Horizons or Topics in Computational General Relativity ; 10.7907/WAB5-8460
• Nichols, David Andrew (2012) Visualizing, Approximating, and Understanding Black-Hole Binaries; 10.7907/8D56-9Y02
• Cohen, Michael Isaac (2011) Topics in Gravitation – Numerical Simulations of Event Horizons and Parameter Estimation for LISA; 10.7907/TG6W-Z732