Briefly, my research focuses on compact binary mergers in
magnetized environments, including binary black holes in
gaseous disks, neutron star-black hole binaries, and neutron
star binaries. My ultimate goal is to predict and correlate
observable gravitational waves and electromagnetic signatures
from these events, such as the coincident GW observation from a
binary neutron star merger with a sGRB
(GW170817 + GRB 170817A).
I am also strongly interested in alternative theories of
gravity and in mathematical aspects of numerical relativity.
Here is a list of my
publications.
Teaching
Guest Lecturer at UIS
Lecture: Advanced Topics in General Relativity (2015).
Teaching Assistant at TPI
Lectures: Numerical Relativity (2010) and General Relativity (2009).
Teaching Assistant at UNAM
Lectures: General Relativity (2006), Classical Mechanics (2005) and Quantum Mechanics (2005).
