T curiosity delivers
TUEsday, SEPTEMBER 22, 2015 Volume No. 35 Issue No. 03
Editorial: Indigenous issues must become part of campus discourse pg. 5
feature: vISIBLE CHANGES By jenna stanwood pg. 8 - 9
m c gilltribune.com @m c gilltribune
Commentary: What austerity means for the children of Quebec Albert park Contributor
Take Me To Church: SISTINE CHAPEL COMES TO MONTREAL PG. 10 VIsitors observe the many images from Michelangelo’s Sistene Chapel. (Emma Hameau / McGill Tribune)
The dirt on Lower Field: Budget cuts prevent maintenance Annually reviving grass deemed unsustainable Laura Hanrahan News Editor
T
he Lower West Field of McGill’s Downtown campus— commonly known as Lower Field among students— has, over the past two years, developed a large area of the field that is barren of grass. McGill Grounds and Vehicle
Maintenance Supervisor Franco Nardi explained the origins of the damage. “The Lower West Field has been, for many years, the preferred location for the McGill community to hold memorable events and activities including [...] Convocation ceremonies,” he said. “These great events have
a devastating effect on the lawn due to the massive size of the tent, which covers the area we now see as barren.” While these practices have been ongoing for quite some time, Nardi explained that the past few years have seen an especially detrimental effect on the field.
“In previous years the damaged area was revived with new grass after the Convocation ceremonies ended,” he said. “It has now been over two years since the last efforts were made.” According to Nardi, overall funding cuts have contributed to the the lack of maintenance on Lower Field.
Continued on pg. 4
Every week, I go to Ecole FACE to volunteer at an after school program, taking the students around Montreal to explore the community. As I arrived for my shift last week, I was surprised to find myself greeted by gloomy expressions from the children, shades different from their usual chipper smiles. Cautiously, I asked them what was wrong. As it turned out, they were worried that their annual camping trip could be cancelled due to the teacher’s strike. The provincial government has proposed a massive $360 million budget cut to the education system. In order to accomplish this, the Quebec Education Department intends to increase class sizes by up to nine additional students, eliminate funding towards school programs for special-needs children, and impose a salary freeze on teachers. Needless to say, these are tough demands to make to a system that has already lost over $800 million in funding over the past five years. As a result, the teachers have banded together and agreed not to work beyond their paid 32 hours per week. This means no more after-school activities, school clubs, or field trips for the students.
Continued on pg. 6
Ten-billion light-year-old galaxy cluster discovered Young stars formed in unprecedented galaxy-galaxy collision Daniel Galef Contributor This week, NASA announced the discovery of a galaxy cluster found billions of light years from Earth. The finding, published in The Astrophysical Journal, identified a unique property of the cluster, named SpARCS1049+56. It hosts what physicists call a wet merger, which is a unique type of galactic joining in the
presence of hydrogen gas. In the cluster, two component galaxies at the centre are currently joining and forming new stars. Galaxy clusters, which can consist of anywhere from 50 to 1,000 galaxies, are the largest things in the universe that are bound together by gravity. Galaxy mergers are far from rare. SpARCS1049+56, nicknamed Sparky, is special because its wet merger occurred in the centre of a galaxy cluster, where it was
thought that there would be no gas for new stars to form. As a galaxy drifts through a large cluster to settle at the center over immense periods of time, the raw stellar material is generally stripped away, creating a resource-poor galaxy that cannot form stars. “Usually, the stars at the centres of galaxy clusters are old and dead, essentially fossils,” explained McGill physics professor Tracy Webb.
The cluster was discovered primarily using the Spitzer Space Telescope. This telescope scans in the infrared (IR) spectrum, enabling it to detect the radiation emitted by bright starbursts created by the galaxy merger. More information about the cluster’s properties was derived from data collected by the Canada-France-Hawaii (CFHT) Telescope and the Keck Telescope as well as scans done by the Hubble Space Telescope.
Continued on pg. 14