Home

News

FAQ

Building

Contact

Grenfell Physics

         Physics 1020
         Physics 1021
         Physics 1050
        
Physics 1051
         Physics 2053
        
Physics 2056
         Physics 2400
        
Physics 2151
         Physics 2553
        
Physics 2820
         Physics 3060
        
Physics 3160
         Physics 3220
        
Physics 3820
         ES 2150

Astronomy Links

Physics Links

Observatory

Grenfell home

Atlantic Canada's Largest Telescope!

Corner Brook has a new landmark!

The Grenfell Campus Observatory now has the largest astronomical telescope in Atlantic Canada!!  The 0.60m (24") research-quality instrument has now been installed in the observatory dome atop the new Arts & Science Annex building.  It is hoped that public tours will commence after the building is opened to the public.

See how the observatory came together on our Building page.

At the heart of the telescope, designed and built by DFM Engineering of Colorado, lies a reflecting mirror with almost 10,000 times the light-gathering ability of the human eye. The faint light from distant objects such as galaxies will be collected in this "light-bucket", then focused through an eyepiece for direct viewing or into instruments for analysis.

The telescope will be used primarily as a research and teaching resource for physics and astronomy faculty, staff and students, however community outreach programs will also be an important part of its mandate. Public tours and observing nights will be scheduled, as well as remote-observing programs for provincial schools, and astronomy and physics-themed "camps" for high school students - such as the SNAP camp for Level II students held in the spring.
 

The telescope is fully computer-controlled with tracking motors on an equatorial mount to compensate for the motion of the Earth, allowing it to maintain objects in its field of view. Within the dome, a 5" finder telescope and articulated relay eyepiece (ARE) can accommodate the viewing public of all sizes and abilities. The addition of a small solar telescope, piggybacked on the main telescope, will allow safe viewing of the Sun during the daytime.

A separate "warm room" allows observers to point the telescope and control its instruments - such as the high-performance cooled U6 CCD camera from Apogee Instruments- from relative comfort.

The astronomical research group at Grenfell will use the instrument to study galaxies, star clusters, variable stars, supernovae, asteroids, and extra-solar planets.

Here are some early pictures of pieces of our telescope from our tour of the DFM site in the spring of 2010.

For more information, see our FAQ page, or contact Dr. Doug Forbes.

Hit Counter
20 Apr 2012