Research Themes
Exploring the universe from the formation of stars to the evolution of galaxies. Our collaboration spans across key areas of modern astrophysics.
Fundamental Cosmology & The Dark Universe
Mapping the expansion of the universe to solve the mysteries of dark energy, dark matter, and the Hubble Tension.
Galaxy Evolution & Formation
Investigating how galaxies grow and transform over cosmic time, from the first clumpy seeds to today’s diverse morphologies.
Dense Stellar Systems & High-Energy Astrophysics
Using high-performance simulations to model the interactions of stars in clusters and the formation of the universe's most exotic compact objects.
Active Galactic Nuclei
Examining the life cycles of supermassive black holes and how the energy they release can "quench" or stop star formation in their host galaxies.
Multi-Wavelength Survey Science & Data Analytics
Processing and analyzing massive datasets from radio to X-ray to build a high-resolution history of the baryonic universe.
Cultural & Indigenous Astronomy
Integrating First Nations celestial knowledge into modern astrophysics research and science education frameworks.
Exoplanetary Science & Habitability
Detecting new worlds beyond our solar system and assessing their potential for life by studying their orbits and atmospheric compositions.
Stellar Astrophysics & Space Weather
Investigating the "internal quakes" and magnetic activity of stars to understand how they influence the planetary systems around them.
Solar System & Orbital Dynamics
Modeling the origins and stability of planetary systems, including the tracking and evolution of "small bodies" like asteroids and comets.