Events
August
| Event Location: HEBB building Room 114 + HEBB rooftop (2045 East Mall or https://maps.ubc.ca/?code=HEBB) |
The UBC Astronomy Club and the Department of Physics and Astronomy invite you—and your friends and family—to an inspiring night of science, curiosity, and stargazing! Welcome to this month's Science Under the Stars event happening on the last Tuesday of every month!
Agenda: [coming soon!]
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August
| Event Location: In the atrium outside of HENN 200 |
Welcome to PHAS TUESDAY TEA!
This is a super friendly physics community tea event. We hope you join us!
This event runs on Tuesdays from 11am-noon in the atrium outside of HENN 200. Come by for some social chit-chat and tasty treats.
We welcome all new summer students, new grad students, staff and faculty to meet new-to-you colleagues, catch up with your physics community and to learn about current happenings in the PHAS Department.
Subscribe to daily event email notifications
August
| Event Location: In the atrium outside of HENN 200 |
Welcome to PHAS TUESDAY TEA!
This is a super friendly physics community tea event. We hope you join us!
This event runs on Tuesdays from 11am-noon in the atrium outside of HENN 200. Come by for some social chit-chat and tasty treats.
We welcome all new summer students, new grad students, staff and faculty to meet new-to-you colleagues, catch up with your physics community and to learn about current happenings in the PHAS Department.
Subscribe to daily event email notifications
August
| Event Location: In the atrium outside of HENN 200 |
Welcome to PHAS TUESDAY TEA!
This is a super friendly physics community tea event. We hope you join us!
This event runs on Tuesdays from 11am-noon in the atrium outside of HENN 200. Come by for some social chit-chat and tasty treats.
We welcome all new summer students, new grad students, staff and faculty to meet new-to-you colleagues, catch up with your physics community and to learn about current happenings in the PHAS Department.
Subscribe to daily event email notifications
August
| Event Location: In the atrium outside of HENN 200 |
Welcome to PHAS TUESDAY TEA!
This is a super friendly physics community tea event. We hope you join us!
This event runs on Tuesdays from 11am-noon in the atrium outside of HENN 200. Come by for some social chit-chat and tasty treats.
We welcome all new summer students, new grad students, staff and faculty to meet new-to-you colleagues, catch up with your physics community and to learn about current happenings in the PHAS Department.
Subscribe to daily event email notifications
July
| Event Location: CEME 1203 (6250 Applied Science Lane, Vancouver, BC V6T 1Z4) | Speaker: Namrata Gundiah, Indian Institute of Science (IISc), Bengaluru.
Abstract:
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July
| Event Location: HEBB building Room 114 + HEBB rooftop (2045 East Mall or https://maps.ubc.ca/?code=HEBB) |
The Department of Physics and Astronomy and The UBC Astronomy Club present Science Under The Stars!
Science Under the Stars is a family-friendly introduction to astronomy, hosted every last Tuesday of the month at UBC.
Join us this month for our Community BBQ Event! A casual outdoor event where you can enjoy good food, games, and good company. Weather permitting we will be hosting an observation at the end of the night.
Subscribe to daily event email notifications
July
| Event Location: In the atrium outside of HENN 200 |
Welcome to PHAS TUESDAY TEA!
This is a super friendly physics community tea event. We hope you join us!
This event runs on Tuesdays from 11am-noon in the atrium outside of HENN 200. Come by for some social chit-chat and tasty treats.
We welcome all new summer students, new grad students, staff and faculty to meet new-to-you colleagues, catch up with your physics community and to learn about current happenings in the PHAS Department.
Subscribe to daily event email notifications
July
| Event Location: DMCBH 3502 (Djavad Mowafaghian Centre for Brain Health - 2215 Wesbrook Mall) | Speaker: Jonathan Doucette, Departmenal Defense
Abstract:
Magnetic resonance imaging (MRI) resolves brain structures at the millimetre scale, up to three orders of magnitude coarser than the blood vessels, perivascular spaces, and myelinated axons of white matter. This microstructure cannot, therefore, be imaged directly; in this thesis, I combine physics-based simulation with statistical and deep-learning inference to develop methods for inferring these structures' properties from their imprint on the magnetic resonance signal.
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