Kelsie Taylor
@kelsie137.bsky.social
Poet, artist, musician, and queer advocate. In my free time, I do theoretical physics.
Graduate student at UT Austin. Member of NANOGrav collaboration. Writer for Astrobites.
Professional account for science communication. All opinions are my own.
Graduate student at UT Austin. Member of NANOGrav collaboration. Writer for Astrobites.
Professional account for science communication. All opinions are my own.
- I've also recently started writing for Astrobites and am planning on becoming more highly active in science communication.
If you ever have interest in what I'm working on, please feel free to reach out! I'm always down to talk science :)
If you ever have interest in what I'm working on, please feel free to reach out! I'm always down to talk science :)
February 13, 2026 at 5:24 PM
- I've also recently started writing for Astrobites and am planning on becoming more highly active in science communication.
If you ever have interest in what I'm working on, please feel free to reach out! I'm always down to talk science :)
If you ever have interest in what I'm working on, please feel free to reach out! I'm always down to talk science :)
- I started out in ugrad studying the intersections between particle physics, quantum info and machine learning.
-These days I do a lot more astrophysics! I look at connections between multiple gravitational wave detection methods, and in connecting them also to other physics, like dark matter!
-These days I do a lot more astrophysics! I look at connections between multiple gravitational wave detection methods, and in connecting them also to other physics, like dark matter!
February 13, 2026 at 5:24 PM
- I started out in ugrad studying the intersections between particle physics, quantum info and machine learning.
-These days I do a lot more astrophysics! I look at connections between multiple gravitational wave detection methods, and in connecting them also to other physics, like dark matter!
-These days I do a lot more astrophysics! I look at connections between multiple gravitational wave detection methods, and in connecting them also to other physics, like dark matter!