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Moving Beyond the Visible Universe: Dark Clouds,
Galaxy Collisions, and the Origin of Stars
Much of the astronomical research of the next decade
is expected to focus on understanding the origins of planets, stars,
galaxies, and even the universe itself. Millimeter-wave radio astronomy
is a crucial tool in this quest for origins, because it allows us
to probe into the cold, dark regions of space where many of these
formation processes occur.
Christine Wilson will illustrate the promise and potential of these
techniques using her own work on a spectacular collision between
two spiral galaxies that has triggered the formation of massive
clusters of stars. She will also present recent results from
the James Clerk Maxwell Telescope, which have provided a unique
view into the regions where stars form in our own Milky Way
Galaxy.
Read The Hamilton Spectator article
by Steve Buist
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Christine Wilson is a professor in the Department of Physics
and Astronomy at McMaster University and the Canadian Project
Scientist for the Atacama Large Millimeter Array.
The discoverer of Comet Wilson while still a graduate student,
she is best known internationally for her work on star formation
in nearby galaxies. She received her Ph.D. from Caltech in
1990, a Women's Faculty Award from NSERC in 1992, and a Premier's
Research Excellence Award from the Ontario government in 1999.
Christine
Wilson's Home Page
This is a free public
lecture. All are welcome!
Tuesday, November 11,
2003
Hamilton Spectator Auditorium
Doors open @ 6:30 pm
Lecture begins at 7:00 pm
To reserve your seat
e-mail sciencecity@mcmaster.ca
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