Jeremy Webb
- Assistant Professor, York University
- https://www.yorku.ca/professor/jeremywebb/
Jennifer Chan
Dr. Jennifer Chan
Description
Job Title
Visiting Assistant Professor of Physics, Oberlin College
Joshua Speagle
- Assistant Professor, DADDAA & Statistical Sciences
- https://astro.utoronto.ca/~speagle
- Astrostatistics and data science with multi-wavelength, large-area surveys; Galactic structure and dynamics; stars and stellar populations; dust and the interstellar medium; galaxy formation and evolution; scalable inference; Monte Carlo sampling.
Sara Seager
- North Star Distinguished Professor, CITA
- http://www.saraseager.com/
Paul Scholz
- Assistant Professor, York University
- https://www.yorku.ca/science/profiles/faculty/paul-scholz/
John Percy
- Professor Emeritus, DADDAA
- https://astro.utoronto.ca/~percy
- 416-978-2577
- Variable stars and stellar evolution; education and outreach.
Ue-Li Pen
- Professor, CITA
- https://www.cita.utoronto.ca/~pen/
- N-body and hydro simulations, origin of galaxy spin, dark energy: 21cm cosmology, BAO, absorber acceleration. FRB and pulsars: gravitational waves, wave optics, lensing.
Barth Netterfield
- Professor, DADDAA & Physics
- https://astro.utoronto.ca/~netterfield
- 416-946-0627
- Observational Cosmology via measurements of anisotropy in the Cosmic Microwave Background.
Dae-Sik Moon
- Professor, DADDAA
- https://astro.utoronto.ca/~moon
- 416-978-6566
- Experimental astrophysics and astronomical instrumentation (IR and optical),compact objects (black holes, neutron stars, and X-ray binaries), supernovae and GRBs, supernova remnants, highly-obscured hard X-ray sources
Ting Li
- Assistant Professor, DADDAA
- https://sazabi4.github.io/
- 416-946-7291
- Galactic archaeology, metal-poor stars, stellar spectroscopy, large scale sky surveys, optical instrumentation
Aviad Levis
- Assistant Professor, DADDAA & Computer Science
- https://www.aviadlevis.info/
- Computational imaging and machine learning for astrophysics; black hole imaging with the Event Horizon Telescope; gravitational lensing; direct imaging of exoplanets; radiative transfer inverse problems.