The McGill Tribune WEDNESDAY, APRIL 4, 2018 | VOL. 37 | ISSUE 24
Published by the SPT, a student society of McGill University
EDITORIAL
McGILLTRIBUNE.COM | @McGILLTRIBUNE
FEATURE
Behind the picket line: Accessible education requires a concrete action plan
PG. 5
POP RHETORIC
With time, a task force
Gap-toothed women in popular culure
PGs. 8-9
PG. 11
Precolonial history, a 200th birthday, and McGill’s belated response to the Truth and Reconciliation Commission
(Selwynne Hawkins / The McGill Tribune)
A behind-the-scenes look a coaching through the offseason
In pursuit of building something special, McGill’s varsity coaches’ work never truly ends Gabe Nisker Staff Writer After building toward a championship victory for months at a time, the end of the season leaves players and coaches alike in a trance—the championship hangover. Coming off his team’s fourth straight CCBA championship, Redmen baseball
Head Coach Jason Starr confirmed this predicament to The McGill Tribune. “Two weeks,” Starr said. “It takes me two weeks to sit there and say I need a two-week break from the season, and then we’ve got to get back on the train.” And what a train it is. From scheduling games and practices to recruiting, plenty of offseason phone calls and meetings go into making a season run
Heated debate on free tuition dominates General Assembly
The Students’ Society of McGill University (SSMU) convened for its Winter General Assembly (GA) on March 26. 65 students attended, thus failing to meet the minimum 350-person requirement to meet quorum, forcing the assembly to become a consultative forum. All motions passed by a consultative forum can be added to the agenda of the following SSMU Legislative Council meeting. Attendees
work happens in the offseason, including scouting, preparing training plans, and game strategy. For Martlet basketball Head Coach Ryan Thorne, the final buzzer of a season-ending tournament loss at Nationals in Regina on March 11 didn’t signal the true conclusion of the 2017-18 campaign. There were a few things to take care of first, starting with the final team dinner after the game. PG. 4
The universe at odds: Quantum mechanics versus general relativity
Making sense of the most fundamental discrepancy in modern physics
General Assembly fails to make quorum Laura Oprescu Staff Writer
as well as it does. It’s a never-ending cycle: By the time the previous season ends, preparations for the next one have already begun. McGill’s coaches, who often juggle full-time work in addition to their McGill Athletics commitments, are always locked in, even if their team is not out there competing. While regular season matchups and championship finishes catch public attention, much of the important
the Motion to Organize the Fight for Free Education and Cancellation of Student Debt, the only motion submitted to the agenda. SSMU President Muna Tojiboeva attributed low attendance at the GA to the lack of widespread contention over the sole motion presented. “The GA has been advertised on Facebook and publicized widely,” Tojiboeva said. “I think [lack of attendance has] more to do with the non-controversial nature of the motions, which usually attracts people to the GA.”
PG. 4
Ronny Litvack-Katzman Contributor For over a century, the field of theoretical physics has been in a perpetual state of quandary. In recent weeks, following noted physicist Stephen Hawking’s death, popular media has turned the spotlight onto the unsolved mysteries of physics. With physicists searching for the next steps to advance the field, the
question of “Where do we go from here?” persists. Until the revolutionary discoveries of quantum mechanics and relativity that occurred at the turn of the 20th century—primarily through the work of physicists like Max Planck and Albert Einstein— human understanding of the guiding forces of the universe were limited to classical, or pre-1900, models. Classical mechanics deals with the forces
that influence motion, and is based largely on Newtonian principles. Einstein’s Nobel Prize-winning paper, written in 1905 and awarded in 1921, discussed how light is emitted and transformed. His discoveries marked a major paradigm shift that advanced knowledge beyond the scope of classical physics. From there, the field of quantum mechanics, the branch of physics that deals with the behaviour of atomic particles, was born.
PG. 13