Interactive gravitational wave demonstration for spin and eccentricity
Drag mass ratio, spin, precession, and eccentricity and watch the waveform change.
I spent the 2017 summer working with Marie Kasprazack, Arnaud Pele, and Adam Mullavey at LIGO Livingston through the Caltech SURF Program. I examined nonlinear angular noise coupling into differential arm length of the LIGO Livingston detector. This could be summarized in the following way: I modeled the change in optical path length in the interferometer cavity arms due to misalignment of the cavity mirrors. I did this through an geometric analysis of the change in path length of a Fabry-Perot cavity (such as LIGO uses).
You can view the final report here directly.
Alternatively, the full directory containing my work that summer can be found here.
Drag mass ratio, spin, precession, and eccentricity and watch the waveform change.
Review some methods on detecting and measuring deviations from GR with GW. Connected this to my research on geometric features in the signal space of the noi...
I defended my thesis on May 5th, 2025 and discussed testing nonviolent nonlocality, geometric description of parameterized GR tests, and high frequency GW de...
A quick visual tour of spin-weighted spherical and spheroidal harmonics in GR, using the BHPT toolkit.
Introductory talk to undergraduates in the LIGO SURF program about how GW can test GR.
A simple Mathematica extension to automate conversions between SI and natural units like geometric, natural, and Planck systems.
I gave a presentation to a conference organized at Sigma Pi Sigma at University of Virginia.
I gave an hour long presentation to the gravity research group at University of Virginia. It specializes on content from my upcoming paper.
I gave a five minute presentation to Society of Physics Students about my research. This was to encourage first year students to get involved in research.
I had the pleasure of presenting my research to a group of first year students who are interested in scientific research. I gave an introduction to my resear...
Here is my upcoming paper describing tests of general relativity using black hole-pulsar binaries if one is found with next generation telescopes.
I spent the 2017 summer working with Marie Kasprazack, Arnaud Pele, and Adam Mullavey at LIGO Livingston through the Caltech SURF Program. I examined nonline...
I presented the results of my research at LIGO from the summer of 2017 at Caltech for the SURF final presentation.
I made this website on 10/21/2018 (though I have retroactively added some materials). I look forward to adding to it in the future!