Graduate Student at Princeton University
I'm an Astrophysics PhD student at Princeton University, studying how planetary systems form and evolve (and, previously, galaxy evolution). Before graduate school, I studied Physics at the University of Toronto on a Schulich Leader Scholarship. If you’d like to connect, feel free to reach out!
There is now a large population of known exoplanet systems. I’m interested in leveraging a variety of tools (including numerical simulations, dynamics theory, and statistics) to draw conclusions about the formation and subsequent evolution of these planetary systems.
Many open questions remain in planet formation. Specific interests include understanding the outcomes of the giant impact phase of planet formation, as well as the formation of planetary systems trapped in chains of resonances.
I’m also interested in understanding the dynamics that underpin the evolution of planetary systems, particularly dynamical instability (i.e., why multiplanet systems come undone) and the rotation of giant planets.
8. Discovery and Dynamics of the Nontransiting Planet Kepler-139f, ApJL, 984, L39
7. Slow Rotation for the Super-Puff Planet Kepler-51d, ApJL, 977, L1
6. Accelerating Giant Impact Simulations with Machine Learning, ApJ, 975, 228
5. The Instability Mechanism of Compact Multiplanet Systems, ApJ, 972, 53
4. The Six-Planet Resonant Chain of HD 110067, ApJL, 968, L12
3. Intra-system uniformity: a natural outcome of dynamical sculpting, MNRAS, 525, L66
2. AGN Feedback in SDSS-IV MaNGA: AGNs have Suppressed Central Star Formation Rates, ApJ, 953, 26
1. Candidate high-redshift protoclusters and lensed galaxies in the Planck list of high-z sources overlapping with Herschel-SPIRE imaging, MNRAS, 514, 5004
Email me at caleb.lammers@princeton.edu. Various links: