York University in Toronto will soon be the new home to the largest telescope on a Canadian university campus.
On Thursday, the university announced that in 2018 a new one-metre telescope will replace an older 40-centimetre (0.4- metre) telescope used to conduct astronomical research as well as public outreach.
The new telescope will be larger than the current university record holder, the 0.8-metre telescope housed at the University of Victoria in British Columbia.
While it’s not a competition for who holds the largest telescope, what’s important is the light-gathering capacity of a telescope: the larger the mirror, the more light it gathers and therefore the more detail it’s able to draw out. And more light-gathering is better in areas with high light pollution.
The university currently has two telescopes: a 40-centimetre one and a 60-centimetre one. The new one-metre, custom-built telescope will increase the reach of projects and study by students.
“Students are going to be able to do more things from a research perspective, and therefore get more excited,” said Paul Delaney, a senior lecturer in the university’s department of astrophysics and astronomy.
“There’s nothing worse than to be searching for something and you can’t find it because you just don’t have the reach with your telescope. Well, that’s all going to disappear in large measure with a one-metre class telescope.”
The new telescope will give the public a better view of the cosmos as well.
“The public is going to be equal winners in this. Because, again, bigger is better,” Delaney said. “We’ll now be able to look at galaxies, something that we have a hard time doing at the moment.”
Those living in and around the city can peer through the new telescope themselves each Wednesday night.
But for those who aren’t able to get to the campus, each Monday night the university will host live, online viewing, and it will take requests for what to look at.
With the new telescope, which will also be equipped with a CCD camera, the public can see images from across the universe such as distant galaxies.
“Saturn, something that everybody loves, will become much larger than life, because of course, we’ll be able to see greater detail of the ring system,” Delaney said.
“We’ll be able to look at [Jupiter’s] Great…