My current research interests are in exoplanet formation and characterization. In particular, I am interested in characterizing circumbinary planets (CBPs) – planets encircling binary stars. Only handfuls of CBPs (detected by eye) are known to date, but their detection suggest planets robustly form and subsist around binaries. Since a majority of main sequence (MS) and pre-MS stars are in binaries or hierarchical multiples, probing CBPs is crucial to understand planet formation in general. There are presently many unknowns and uncertainties surrounding the nature of CBPs, such as the frequency and distribution of planet properties (e.g., density, eccentricity, period, and multiplicity) as a function of stellar parameters (e.g., binary mass ratio, period). The question of habitability, of course, is of utmost interest. Currently, I am working with Dr. Eric Agol to detect transiting CBPs in the Kepler data.
ASTROBIOLOGY RESEARCH AREAS
Exoplanets: Detection, Habitability, & Biosignatures
EMAIL
windemut@uw.edu
BOX NUMBER
351580
Diana Windemuth
Recent News Posts
- Astronomers Document the Rise and Fall of a Rarely Observed Stellar Dance (1/19/2021)
- Program Updates – Fall 2020 (12/18/2020)
- Diana Windemuth Earns Dual-Title PhD in Astronomy & Astrobiology (8/18/2020)
- Science Highlights – Fall 2019 (11/8/2019)
- Congratulations to Diana Windemuth for passing her general exam! (8/4/2017)