The McGill Tribune TUESDAY, SEPTEMBER 17 2019 | VOL. 39 | ISSUE 2
Published by the SPT, a student society of McGill University
McGILLTRIBUNE.COM | @McGILLTRIBUNE
EDITORIAL
FEATURE
GAME REPORT
Barriers for club execs hinder community on campus
All that for a sandwich?
Martlet hockey dominates against Moncton in season opener
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PGs. 8-9
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Robin Marquis (Leanne Young / The McGill Tribune)
McGill launches ninth annual Indigenous Awareness Weeks
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Bill 21: Impractical on paper and in practice Sepideh Afshar Contributor Bill 21, a law enacted by the Quebec government that prohibits public sector employees from wearing visible religious symbols, caused public outrage by disproportionately affecting
religious minorities such as Muslims, Jews, and Sikhs. Introduced this past May, there was no shortage of speculation concerning how problematic the implementation of this bill would be. Since the law came into effect in September, Montrealers have been faced with the reality of the bill’s consequences: The implementation of
Bill 21 has proven to be even more troublesome and divisive than its initial introduction. Bill 21 did not include a specific plan detailing what enforcement would look like. Catherine Beauvais-St-Pierre, president of the alliance of teachers in Montreal, explained that school boards are learning how to apply Bill 21
day-by-day, as they were not given any instructions. One of the most ambiguous parts of the bill is the ‘grandfather clause’, which permits public servants who wore religious symbols before the law was passed to continue to do so as long as they remain in the same position. PG. 5
The applications of graphene at McGill and beyond The nanomaterial is used for water purification, medicine, and even shoes Stephanie Deng Contributor Imagine a future where cell phones can be charged in seconds and tablets roll up like newspapers. As scientists delve deeper into the field of nanoscience, developments like these appear more possible than ever. Nanoscience is the study of
matter at the nanoscopic level, or nanoscale. Consequently, scientists and engineers can study nanomaterials, such as nanotubes and nanogold, at the molecular level to reveal their unique properties. One such material is graphene, which is often referred to as a “wonder material.” Discovered by researchers at the Univer-
sity of Manchester in 2004, graphene is a single layer of graphite, which makes up materials such as pencil lead. Graphene is an allotrope, or form of the element carbon. The carbon atoms are arranged in a hexagonal, honeycomb-like structure, giving rise to important properties such as thermal conductivity, elasticity, and chemical inertness. PG. 14