Short Reads Archives | Raven Magazine /ravenmag/story-archive/short-reads/ ĐÓ°ÉÔ­´´ University Tue, 04 Feb 2020 15:20:46 +0000 en-US hourly 1 https://wordpress.org/?v=6.3.1 Message from the President /ravenmag/story/president-spreading-wings/ Thu, 09 Jan 2020 05:08:55 +0000 /ravenmag/?post_type=cu-stories&p=34 Welcome to the first issue of Raven, a new showcase for the important and inspiring work we do at . With nearly 32,000 students in a city that matters — our national capital, Ottawa — we are a large and impactful place.

Traditionally, ĐÓ°ÉÔ­´´ has also been a humble university, reluctant to tell our story and promote our work. As a consequence, perceptions of ĐÓ°ÉÔ­´´ lag behind reality. This beautiful magazine is a step toward bridging that gap, a celebration of our sense of purpose and powerful momentum.

In the pages that follow, you will read about members of the ĐÓ°ÉÔ­´´ community who are working to improve energy efficiency, share Indigenous stories, support refugees, advocate for health and wellness, safeguard our water and wildlife, alleviate the opioid crisis and much, much more.

In many of these articles, students, professors and alumni are speaking directly to you in either first-person or as-told-to format. We wanted their voices to be front and centre in the inaugural issue of Raven. They make our university great, and this is their magazine.

In today’s era of digital overload and fake news, launching a print publication is an act of countercultural resistance. It carries the insistence that these words and pictures are real, meaningful and lasting — that these stories matter.

Reading this issue, I was struck by the sense of resilience, purpose and gratitude it conveys. We invite you, friends and kindred spirits — busy people with challenging lives and careers who are striving toward a better world — to join us on this collective journey.


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Building Blocks /ravenmag/story/building-blocks-energy-efficiency/ Thu, 09 Jan 2020 05:07:01 +0000 /ravenmag/?post_type=cu-stories&p=58 Making our homes and workplaces more energy efficient is a crucial front in the fight against climate change.

Roughly one-third of the world’s energy is consumed by buildings, and in Canada, where residential and commercial buildings account for more than 20 per cent of greenhouse gas emissions, most of that energy is used for heating. Reducing that demand is one of the cheapest and most effective ways to cut carbon emissions.

But before we optimize a building’s energy systems with renewables such as solar and geothermal power, we need to ensure it has a good building envelope: its roof, sub-floor, windows, exterior doors and walls — basically everything between the climate-controlled indoors and the uncontrolled climate beyond.

“You can have the best energy system,” says Cynthia Cruickshank, a Mechanical and Aerospace Engineering professor at ĐÓ°ÉÔ­´´, “but if you have a bad building envelope, you won’t be able to keep the heat in.”

Prof. Cynthia Cruickshank

Cynthia Cruickshank

Cruickshank leads the (CU-CABER), a six-year, $5.1-million project, supported by the (NRCan) and the , in partnership with NRCan, , the and Alaska’s .

“Governments around the world are looking for ways to reduce energy use and greenhouse gas emissions from their housing and building stocks,” says Cruickshank. “This problem is most acute in older buildings — the largest segment of the market — which have less insulation and require more heating fuel. Older buildings are also the hardest to renovate.”

To address these challenges, Cruickshank and her team will draw upon advances in super-thin insulation materials, prefabricated construction and panelized retrofits to develop building envelopes that are thinner and cheaper, and new methods for renovating existing buildings with less cost and disruption. Here are some of the tools she is using:

Guarded hot box

“The guarded hot box is essentially a box within a box,” says Cruickshank, cracking open a featureless three-metre cube to reveal an internal chamber that’s wired with sensors, a heater and refrigeration equipment.

One side of the cube is heated, the other cooled. A 1.2-metre by 1.5-metre wall sample is placed between the two. Sensors measure temperature, relative humidity and heat flux — the transfer of energy between the hot and cold sides. Using this data, Cruickshank can calculate a wall’s R value (its ability to resist the transfer of heat).

Cruickshank and her students built the guarded hot box in her lab on campus, but when the new CU-CABER lab opens in 2022 at NRCan’s research complex in Bells Corners, just west of Ottawa, it will have a larger guarded hot box capable of testing three-by-six-metre samples. The new instrument will be able to test walls across a larger temperature range, control the humidity and simulate the use of solar and wind power.

Pressurized spray rack

Beyond the thermal qualities assessed inside the guarded hot box, the air and water tightness of new wall assemblies is of critical importance. To ensure that new building envelope designs and components satisfy air and moisture tightness requirements, and to find out how resilient they are, a pressurized spray rack capable of testing the same sized wall samples will be used.

This piece of equipment will simulate rainfall on building components, and because it will be pressurized beyond standard atmospheric pressure, it will be used to determine whether construction methods and materials can withstand decades of outdoor exposure.

Humidity chambers and guarded hot plate

Building envelopes get wet, and moisture impacts performance. Cruickshank learns how different materials will respond to moisture using humidity chambers and a guarded hot plate.

The glass-doored, two-metre tall humidity chambers have the look of an industrial refrigerator, but instead of cooling air, they regulate its heat and moisture levels. Cruickshank uses them to infuse materials with moisture, then measures the impact this has on performance with a guarded hot plate.

Similar to the guarded hot box, this tabletop machine exposes one side of a material to heat and the other to cold. Sensors measure its thermal resistance, and by comparing the results with dry materials tests, it’s possible to model the impact of wet weather on insulation value.

Temperature baths

The results of Cruickshank’s experiments are used in mathematical modelling. If temperature readings are inaccurate, the results will be too. To ensure that sensors record exact measurements, she uses high-precision temperature baths.

Sensors are calibrated by immersing them in these countertop machines that provide stable temperatures ranging from -35 ̊C to 120 ̊C. Accurate measurements are especially important when modelling a material’s performance over an extended period.

“By exposing the materials to different conditions, we’re essentially accelerating the aging process,” Cruickshank says. “We might be able to simulate five years, and then can curve how the effectiveness of a panel reduces over time.”

Weather station

At Cruickshank’s new lab in Bells Corners, she’ll be able to insert samples directly into its exterior walls. Envelope materials will be exposed to the elements and equipped with sensors that measure their performance.

To understand the exact conditions that materials are exposed to, the lab will have an on-site weather station. This will record precipitation, humidity, temperature and solar radiation, and it will enable precise modelling of weather conditions.

Prof. Cynthia Cruickshank

See Her, Be Her

In addition to energy efficiency, Cynthia Cruickshank is passionate about encouraging women to enter science, technology, engineering and math (STEM) fields. “Women can bring a different point of view to a problem,” she says. “It’s about working together and having the strongest team — one that includes both genders.” Here are her suggestions for supporting :

I Start young
Take girls to STEM-focused activities, such as camps and women-in-STEM events, in their formative years. Head off the discouraging experiences they may have in high school, and show them pathways to STEM careers.

II Raise awareness

Teach girls about women’s achievements in STEM, what they could achieve themselves, and what engineers and other STEM professionals actually do. “Girls should know that engineers solve problems,” says Cruickshank, “and help people.”

III Encourage them

Although many guidance counsellors and parents already promote STEM to girls, it may take more than a couple events throughout the school year to show them that a career in STEM is possible. Three-quarters of students say that their parents have the biggest influence on their career direction.

IV Be a mentor

Female students need support on their journeys toward becoming engineers and support after they’ve joined the workforce. They need champions — people who will help open doors and break down barriers.

V Make women visible

“If I can see her, I can be her,” says Cruickshank, who has a two-year-old daughter. Girls need to have role models and see examples of what they can be in the future. “I would like to live in a world where being a woman in STEM does not make you ambitious or bold — it makes you normal.”

]]> Amplifying Untold Stories /ravenmag/story/tvo-indigenous-journalism/ Thu, 09 Jan 2020 05:06:06 +0000 /ravenmag/?post_type=cu-stories&p=55 , a reporter based at ĐÓ°ÉÔ­´´ through a new partnership with TVO to create an on campus, started her job three weeks before last fall’s federal election. Naturally, her first story for the provincial media organization was about why Indigenous people don’t vote. Sort of.

Lisk , a political system that predated Canada by about 700 years and ensured peace between five nations — Mohawk, Onondaga, Seneca, Cayuga and Oneida — and later a sixth, the Tuscarora. But as with many aspects of Indigenous culture, the Canadian government ignored the confederacy and imposed a colonial system of elected band councils.

“I thought if people could understand that we have our own system, that we see ourselves as a sovereign nation, that we have our own governance that worked for us for a thousand years,” says Lisk, “then maybe instead of just saying, ‘Indigenous people don’t vote,’ they might understand why.”

Lisk, a Turtle Clan member of the , grew up in Belleville, Ont., and didn’t speak Mohawk. Neither did her mother, who was raised in Toronto. In fact, many of Lisk’s relatives severed their roots, spoke English and hid their identities. That ends with Lisk.

Shelby Lisk

Indigenous Journalism as a Tool to Create Community

With a tattoo on her left arm which asks skennen’kó:wa ken? — a Mohawk greeting which means do you have the great peace? — and a vow to learn Mohawk, Lisk is trying to re-stitch the frayed fabric of her life and, by extension, her community.

She plans to spend her one-year contract at TVO writing stories about Indigenous people and issues in Ontario thanks to a $2-million donation from Goldie Feldman and the Barry and Laurie Green Family Charitable Trust to fund four regional TVO hubs, plus the Indigenous hub at ĐÓ°ÉÔ­´´. The donations also pay to translate her articles into Indigenous languages, and the partnership with the university, part of the evolution of journalism education, will cultivate connections between Lisk and students, faculty and the broader ĐÓ°ÉÔ­´´ community.

“I became a journalist because I didn’t see positive representations of Indigenous people in media while I was growing up,” Lisk wrote in an opinion piece for TVO.

“I can hardly imagine waking up every morning to read a newspaper or news articles in my language. That is a remarkable step.”

Lisk, 27, a poet, photographer and artist, didn’t grow up wanting to be a journalist. But once she realized it was about storytelling, she saw journalism as a means to uncover her own story and amplify other untold stories.

Shelby Lisk

Indigenous People in Contemporary Media

With dual roots — her father is non-Indigenous — Lisk feels like a bridge between two worlds and hopes to accomplish a pair of sometimes competing goals: educate settlers about Indigenous newsmakers and culture, and create more representations of Indigenous people in contemporary media.

But Indigenous reporters have added challenges. She’s aware of her own biases, struggles with concepts of impartiality and feels the pressure, real or imagined, to make her community proud.

That Lisk is young and still figuring out journalism concepts and ethics is actually beneficial to the journalism school, says its director, Susan Harada, because through her, students can glimpse the complex reality of reporting from an Indigenous perspective. “Students aren’t expecting cut-and-dried answers,” says Harada. “It’s OK for Shelby to puzzle through things out loud with students.

“We take the very seriously,” continues Harada, focusing specifically on No. 86, which calls upon journalism programs to incorporate Indigenous history and context.

“Having Shelby here, as a journalist-in-residence, is a really important visible sign to our students that there are perspectives they need to consider and we have someone here in our midst who can help us do that.”

It’s a lot of weight on young shoulders. Sometimes Lisk wonders whether she can live up to everyone’s expectations, including her own. But she knows the journey itself has worth.

“I remember moments in my life where someone has said to me, ‘I didn’t think anybody else felt this way until I read your work,’” she says.

“I never want another young person to grow up not knowing or being ashamed of who they are. Storytelling can make people feel like they are not alone.”


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]]> Location, Location, Location /ravenmag/story/ensuring-driverless-cars/ Thu, 09 Jan 2020 05:05:32 +0000 /ravenmag/?post_type=cu-stories&p=63 Mohamed Atia commutes to work and runs errands in a Toyota Yaris, but when he duct tapes a set of sensors to the vehicle, attaches an antenna to the roof and connects the equipment to a small custom-built computer on the front passenger seat, the nondescript silver hatchback is transformed into a window to the future of transportation — minus the duct tape, of course.

Atia, a Systems and Computer Engineering professor at ĐÓ°ÉÔ­´´, drives around the city looking for places where Global Positioning System (GPS) and Global Navigation Satellite Systems (GNSS) signals are blocked by buildings, tunnels and other infrastructure.

Mohamed Atia

Mohamed Atia

This telecommunications hiccup is not a big problem for human drivers: it could temporarily interfere with their ability to check Google Maps, or even — gasp! — force them to pull over and ask for directions. But the lack of GPS and GNSS is a critical gap to overcome for a world in which driverless cars will need to safely navigate amongst pedestrians, cyclists, stationary objects and other vehicles.

“Self-driving cars need to be able to precisely perceive their environments and determine their positioning and orientation,” says Atia, a sensor fusion expert who brings together data from multiple sources to identify a vehicle’s location in real time.

In his lab on the fourth floor of ĐÓ°ÉÔ­´´â€™s Minto Centre for Advanced Studies in Engineering, Atia — part of a large contingent of researchers at the university who are working on the development of connected and autonomous vehicles — places a small satellite receiver on the windowsill to demonstrate the risks of relying on single type of technology for navigation.

Although there should be at least four satellites within range, due to urban interference, the screen connected to his receiver shows only one dot in the sky overhead. “Self-driving cars need to know where they are at all times,” says Atia. “This gives them ‘path control’ and determines how they behave in the next instant. If you don’t have an accurate calculation of your position and orientation, you won’t be able to avoid a collision or reach your destination.”

Location, Location, Location

Driverless Cars Need Reliable Information for Safe Navigation

To come up with this calculation, Atia and three of his grad students have developed an algorithm that crunches data from multiple sensors, providing more reliable information than any one of those sensors could on its own to determine how far a vehicle has travelled from its last-known position.

The accelerometers and gyroscopes that are part of a car’s inertial measurement unit calculate a vehicle’s speed and trajectory, and the algorithm references that data against known GNSS data such as road geometry and topography that’s used in today’s on-board GPS systems.

“Vehicles already have high-performance computing platforms,” says Atia.

“Scientists and engineers are working to optimize these platforms.”

To collect the data needed to fine-tune the algorithm, Atia drives around Ottawa in his hatchback. In the future, the on-board computers in connected and autonomous vehicles will be loaded with geographical information that includes local road features such as traffic lights, speed limits and speed bumps. But if the vehicle doesn’t precisely know where it is, all that information will be useless, so engineers like Atia have to find a way to fill in the blanks.

Much of their work in the years ahead will take place at Ottawa’s , an 1,866-acre site with 16 kilometres of paved roads and a control centre on a former research farm in the city’s west end. The facility opened last year and will provide ĐÓ°ÉÔ­´´ researchers and their private-sector and government partners with an ideal proving ground for the development and demonstration of technologies that cannot be tested on city streets.

“L5 offers world-class testing grounds for the safe implementation of our algorithms,” says Atia, who has already used the facility’s advanced navigation infrastructure as a ground-truth comparison for his algorithms.

“With buildings that create GNSS blind corners and fully functioning traffic lights, our algorithms can be tested on roads in Ottawa’s unpredictable four-season climate.”

In the meantime, he’ll be driving his car around the city, moving closer to a safe future, one kilometre at a time.


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]]> Canine Connections /ravenmag/story/canine-connections-therapy-dogs/ Thu, 09 Jan 2020 05:04:29 +0000 /ravenmag/?post_type=cu-stories&p=66 A dozen years ago, when Allie Davidson was an undergraduate psychology student, she would have loved ĐÓ°ÉÔ­´´â€™s Therapy Dogs program.

Davidson, who now works in the university’s Educational Development Centre, enrolled at ĐÓ°ÉÔ­´´ through the Enriched Support Program, which helped her feel more confident about her studies and smoothed the transition from high school to post-secondary.

The Therapy Dogs program, which started as a pilot project in 2017 with a Great Dane/Pointer mix named Blue, gives students an opportunity to pet and play with trained dogs — a calming, therapeutic experience for students who might be away from home and family for the first time or stressed in some way about the challenges of university life.

Over the last two years, the program has expanded to include 15 dogs and their handlers, all ĐÓ°ÉÔ­´´ staff or faculty who bring their own dogs to campus, which distinguishes the program from other universities where external volunteers visit with their pets.

Davidson regularly ran into Blue and his owner, Shannon Noonan, a mental health outreach manager in ĐÓ°ÉÔ­´´â€™s Office of Student Affairs and founder of the Therapy Dog program, and knew she had to get involved.

“The only problem,” says Davidson, “was that I didn’t have a dog.”

Enter Murphy.

Davidson — already a horse owner dedicated to studying the psychology of animal-human relationships, which she believes has a bearing on the instructor-student dynamic — got the jet black Golden Mountain mix puppy in January 2018 and he immediately began to display the right stuff: a good temperament, a willingness to learn and a talent for affection.

Therapy dog Murphy, the youngest therapy dog on campus

The Youngest Therapy Dog on Campus

After six weeks of training and two formal evaluations, Murphy became ĐÓ°ÉÔ­´´â€™s youngest therapy dog last September. (“I pretty much love everything in the world,” Murphy says in his online profile, which includes a link to . “I love humans, I love other dogs and animals, I love walks, I love cuddles, I love doing tricks, I love all foods, and even though I don’t know you yet, I’m pretty sure that I’m going to love you too.”)

Although every other therapy dog on campus has scheduled hours in locations such as the main library for students or staff to stop by and spend time with a friendly pooch, providing a few minutes of respite and a chance to connect with a range of university wellness services, Murphy has a unique role as a mobile dog. He and Davidson are available during the office hours of five different professors.

“Approaching a professor can be intimidating, especially in a large undergraduate course,” says Davidson.

“Knowing there will be a friendly dog in the office can help ease the anxiety a student might feel. He can help students connect with their instructors on a different level.”

Participating in the program has also provided unexpected connections for Davidson, who has to budget extra time during her walks across campus with Murphy — some students call out his name and stop the pair, and she invites the shyer ones to approach.

Davidson’s job is to help instructors use technology in their teaching, which doesn’t lead to interactions with students. “Now, with Murphy tugging me around, I recognize students and they recognize me all the time, and they say hello and we talk,” she says. “I’m not just an anonymous person in the coffee lineup anymore. This was a way for me to get to know and help students in a way that goes beyond my regular role.”


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]]> Pipe Dreams /ravenmag/story/pipe-dreams-organ-next-chapter/ Thu, 09 Jan 2020 05:03:54 +0000 /ravenmag/?post_type=cu-stories&p=69 Praised by Mozart as “the king of the instruments,” the pipe organ reigns over church sanctuaries and has become a stalwart symbol of ecclesiastical tradition. But at the ĐÓ°ÉÔ­´´ Dominion Chalmers Centre (CDCC), the university’s arts, performance and learning hub in downtown Ottawa, the tells a surprising story of innovation and transition.

Pipe Dreams: The Next Chapter of a Storied OrganThe instrument’s roots pre-date the amalgamation of Dominion United Church and Chalmers United Church. In 1955, smoke and humidity during a fire at Chalmers significantly damaged the organ. “Playing in chords,” the music director at the time, William France, said about the fire’s impact, “has taken on the sound of marching armies.”

The cost of restoration was prohibitively expensive, so the instrument remained unattended until after the 1961 fire that destroyed the Dominion church and led to the union of the two congregations. Enriched by the insurance payout funds received by Dominion, the newly amalgamated church chose the battered organ as its first major project.

Two established firms submitted bids: Quebec-based (which had built the original Chalmers organ in 1928) and England’s William Hill & Son & Norman & Beard Limited. While the English manufacturer recommended a restoration, Casavant proposed a complete replacement.

Faced with two costly options, the church sought advice. A Royal Conservatory of Music organist thundered that the Hill, Norman and Beard organ he had recently played was “the worst instrument I have ever experienced.” A musician in Kingston called Casavant’s building techniques “wasteful” and “sinful.”

France was outspoken about his preference: “Frankly I mistrust a rebuild on an organ that has been tried by fire and water. There is the parallel of rebuilding a 1928 car!”

These passionate responses provide a snapshot of the organ reform movement, which started in early 20th-century Germany. Both the construction and timbre of organs had radically changed in the previous decades in concert with technological developments and musical taste, transforming a predominantly ecclesiastical instrument into an imitator of the orchestra within theatres and fairs.

Musicians and builders in the 1920s sought to re-create organs capable of playing the contrapuntal masterpieces of the past, and this “neo- classical” aesthetic spread to North America after World War II, when organists on duty with military forces had visited the historic organs of Europe.

Pipe Dreams: The Next Chapter of a Storied Organ

ĐÓ°ÉÔ­´´ Dominion-Chalmers Centre Goes Back to the Future

By the time Dominion-Chalmers began its search, the new approach to organ building was at its climax, with firms like Casavant returning to classic principles of mechanical action, wind systems and casework.

Convinced that Casavant’s organs were among the best in the world, Dominion-Chalmers chose the Canadian manufacturer in 1963. Established in 1879, Casavant is Canada’s oldest organ building firm still in operation, and the organ built and installed in Dominion-Chalmers represents a unique intersection in the history of both the company and Canada.

During the organ’s construction, the neo-classical clarity of sound was already established as the desired tonal palette, but the transition back to classical construction practices had not been completely implemented. It was during the years of Dominion- Chalmers’ organ construction that Casavant made the switch away from electro-pneumatic action — which uses electric current to send signals from the console to the wind chest — back to tracker action.

Rather than installing a series of mechanical linkages to the organ console as they would with future organs, Casavant used a total of six miles of copper wire to meticulously attach each of the organ console’s keys to the wind chests. Thus, the organ was built with the timbral qualities of French and German organ music of the Baroque and classical renaissance but retained 20th-century technology.

The installation of a new Casavant Frères organ in 1965 paved the way for a flourishing of music activities, and today the CDCC is repeating history. Like the Dominion-Chalmers congregation 60 years ago, one of the first projects undertaken by ĐÓ°ÉÔ­´´ upon its purchase of the church was a full restoration of the 1965 organ.

In the same way that Casavant blended tonal tradition with modern improvements, the repairs to the organ completed last year significantly updated the attachments running between the console and the rest of the organ body: organ technician Sylvain Brisson replaced the massive cable of 500 copper wires with a single cord.

With this alteration, the organ console has become completely mobile, creating a more versatile space and opening the door to musical growth in the centre for students, community groups and the congregation to cherish for decades to come.

Meredith Boerchers is a graduate student in ĐÓ°ÉÔ­´´â€™s who researches and retells stories from the CDCC’s past on digital platforms.

Pipe Dreams: The Next Chapter of a Storied Organ


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]]> Lost and Found /ravenmag/story/path-to-higher-education/ Thu, 09 Jan 2020 05:02:37 +0000 /ravenmag/?post_type=cu-stories&p=72 It was an unusually warm fall day in September 2015 when I travelled to Ottawa from Thunder Bay for the first time since the Idle No More protests. Over the ensuing few days, I helped transform the (CUAG) into a space that would hold ceremony.

The gallery was hosting (WWOS), a commemorative art installation that honoured the lives of missing and murdered Indigenous women, girls and two-spirit people.

Kara Louttit, who discusses her non-linear path to higher education

Kara Louttit (Photo by Robert Proulx)

The installation was made up of more than 1,000 moccasin vamps — the intricate, decorated tops of moccasins — laid out on deep red cloth. Visitors walked along a path of red, with the vamps symbolizing those who were missing.

As a member of the WWOS national collective, I was at CUAG to provide logistical and emotional support to local organizers. It never occurred to me that I would be walking back onto campus three years later as a student.

Growing up in Thunder Bay and Val d’Or, Que., the importance of education was imparted to my siblings and me as children, although I didn’t take that message seriously in my younger years.

I was fortunate to be part of the first generation in my family that wasn’t forced to attend residential school. My father, and his father before him, are both residential school survivors who went on to post-secondary education. My own route to higher education wasn’t quite so linear.

High school was tough. In fact, I never finished it. Struggling with my queer Indigenous identity, along with family dysfunction, began when I was a teenager and fuelled addictions throughout my 20s. Today, I can clearly see how intergenerational trauma impacted my life in ways that I was unable to cope with as a young adult.

In spite of my addictions, I understood that I had to work twice as hard as others to compensate for my lack of education. I had a knack for finding unique jobs. I worked for software companies, political organizations, Indigenous art associations and non-profit community groups. Which is how, after hitting rock bottom, fresh out of a treatment program, rebuilding my life, I found myself in Thunder Bay working within the criminal justice system.

Lost and Found

A Long and Winding Path to Higher Education

As a , I worked with Indigenous people who had been convicted of crimes, writing reports that were submitted to the courts for sentencing considerations. Gladue reports are a response to the Supreme Court’s ruling in , a 1999 decision which recognized that Indigenous peoples face racism and systemic discrimination leading to overrepresentation in courts and prisons.

My role was to provide historical context to a client’s life circumstances by connecting their experiences to systemic factors. My — and my family’s — familiarity with residential schools and addictions helped me connect with clients.

This understanding of how colonialism continues to harm Indigenous communities sent me on the journey that I’m on now.

In fateful fashion, volunteering for WWOS in Ottawa sparked a long-distance relationship that had me moving to the city the following year. I continued to write Gladue reports until a heavy case load and the weight of carrying all those horrific stories of trauma led to burnout. Still, doing that work had given me a sense of responsibility; I wanted to do more to help end Indigenous overrepresentation in the justice system.

In 2018, I enrolled in the Indigenous Enriched Support Program (IESP) at ĐÓ°ÉÔ­´´, and I’m now a second-year student in the honours program. The IESP — and hard work — are the reasons I’ve been able to overcome my own challenging past and find success at school.

But I also believe that people and opportunities come into one’s life at the right time. That first step onto campus for WWOS was the start of a new chapter for me, and it has put me on a path that will allow me to help others in a powerful way.


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]]> Book Excerpts /ravenmag/story/books-excerpts/ Thu, 09 Jan 2020 05:01:41 +0000 /ravenmag/?post_type=cu-stories&p=75 Mind The Gap

Nobel Prize Winner Gerhard Herzberg, ĐÓ°ÉÔ­´´â€™s Former Chancellor, on Scientific vs. Humanistic Thinking

Most scientists have found in their non-scientist friends a lack of understanding of even the most elementary concepts of scientific thought and I am sure humanists have had a corresponding experience in their relations with scientists. This “gulf of mutual incomprehension” is clearly understandable since both the scientist and the humanist pursue their studies with the same aim of achieving a better understanding of man and his world — the scientist by his efforts to interpret the physical world and the humanist by creative works that try to understand the human mind.

There is, of course, a fundamental difference between scientific and humanistic knowledge. This difference becomes particularly apparent when we look at the relations of each group to the masters of the past. To understand mechanics or astronomy it is not necessary to read Newton in the original; to understand present-day nuclear physics it is not necessary to read the original papers of Rutherford, one of its great pioneers.

Once a scientific discovery has been made it ceases to be personal to the discoverer and becomes part of the university body of scientific knowledge. Except for historical reasons, the original papers are quickly superseded by superior accounts that are rapidly provided by teaching experience and didactic skills. But the writings of a great critic or historian — and even more those of poets and other artistic creators — are part of their own message and to paraphrase the argument would be to destroy the effect.

Knowledge and insight here are private and personal and the message can be obtained only by constant reference to the original work. In spite of this fundamental difference in their attitude to the past there is no intrinsic reason why a scientist should not have some knowledge and appreciation of art, literature and music, or why a humanist (or lawyer or politician) should not have some knowledge and appreciation of science and mathematics.

The lack of understanding between scientists and non-scientists is positively dangerous at a time when the applications of science determine more and more of our lives, when indeed the survival of the human race is dependent on our ability to apply our scientific knowledge to overcome the undesirable effects of technology and to remove the great disparity in standard of living between the developed and developing countries.

From ’s installation speech when he became in November 1973, published in : Selections from the Speeches, Essays and Articles of G. Herzberg (Queen’s University School of Policy Studies, 2019), edited by Agnes Herzberg and Paul Dufour.


Fatima Meer: A Free Mind book cover - Books connected to the ĐÓ°ÉÔ­´´ community

Rage Against Injustice

Fatima Meer was one of the most prominent, and yet most under-recognized, voices in South African academia in the twentieth century. She epitomized the public sociologist, described by Michael Burawoy as one who “brings sociology into conversation with publics, understood as people who are themselves in conversation.”

She was driven by an activist sociology for a common society, by a rage against injustice and by  a profound belief in the value and capacity of research to convince the powerful of the consequences of their choices. An intense humanism overlay all of her writing. Ideas about human freedom, equality, sociability and progress run through her work.

In numerous books and essays, she offers a set of ideas that ran counter to those of the colonial and apartheid state, and at times counter to the theories of other engaged scholars on the left. Where her colleagues foregrounded, and indeed privileged, class in their analysis, she focused on uncovering the life experiences of subaltern groups in ways that understood human life as a complex encounter between structure and agency. This led her to consider race as determinant of life chances, and as a form of power to be exposed in every manifestation.

From (HSRC Press, 2019), by Shireen Hassim, the Canada 150 Research Chair in Gender and African Politics at ĐÓ°ÉÔ­´´.


Imagination: Understanding Our Mind’s Greatest Power book cover - Books connected to the ĐÓ°ÉÔ­´´ community

Neurons Firing

Imagine a jar of peanut butter. When you do this, you’re creating, in your mind, something that doesn’t exist — even if you’re imagining the jar you actually have in your cupboard, you’re creating something new. There’s the actual jar of peanut butter, and then there is a separate thing in your mind: a representation of the jar, here and now, not where and when the physical thing actually is.

The actual jar of peanut butter is made of plastic and peanut butter. The thing in your head, the “imagining,” is some pattern of neurons firing in your brain. Even when you use your imagination to remember something that actually happened to you, you’re creating a simulation of a time and place that no longer exists.

This is the essence of imagination: the creation of ideas in your head, composed from ideas, beliefs, and memories. Often, they are not simple ideas, but complex structures. The most spectacular use of imagination is in creativity, but this book isn’t about creativity, which requires the generation of something new and effective in some way.

Acts of imagination need not be new or useful. Imagination also has great uses in more mundane tasks we do every day, such as planning the day. When you think of what route you want to use to get home, or you go through the logistics of where to park your bike, or figure out what order you should run your errands in, you’re thinking of possible realities that do not yet exist.

From (Pegasus Books, 2019), by Jim Davies, a professor in ĐÓ°ÉÔ­´´â€™s Institute of Cognitive Science.


Polyvocal Bob Dylan: Music, Performance, Literature book cover

Dylan In Lagos

Although I do not recollect the exact date I encountered Bob Dylan’s work in Lagos, Nigeria’s densely populated commercial and cultural capital city, I remember the circumstances that brought the inimitable artist into my consciousness. I had graduated from the University of Ibadan, Nigeria’s premier university, and had moved to Lagos to pursue a career in journalism and creative writing.

It was in the early 1990s and Lagos — like other cities that serve as cultural hubs (such as New York, San Francisco, Paris, Dublin, and London) — was the dream site for young people determined to “make it big” in life….

Like Dylan’s New York, Lagos was the metropolitan beast where artists armed only with their talents and dreams struggled to find the muse and direction in life. It was not difficult, therefore, to see why Dylan cast a spell on our small Lagos group.

Besides Dylan’s artistic ingenuity and counter- cultural disposition, our group was drawn to artists whose rebellious and anti-establishment personae advertised the kind of fierce creative temperament that we aspired to possess. Nigeria in the late 1980s and 1990s writhed in the death pangs of military dictatorship and a torturous process of transition to democratic governance.

Writers, journalists, activists were jailed for their work. The writer and environmental rights activist, Ken Saro-Wiwa, was gruesomely executed by hanging within this period. So, more than ever before, writers found therapy in their art, while some sought escape through liquor or fled into exile.

From (Palgrave Macmillan, 2019), edited by Nduka Otiono — a professor in ĐÓ°ÉÔ­´´â€™s Institute of African Studies — and Josh Toth.


Fighting Sleep: The War for the Mind and the U.S. Military book cover

Sleeping Problems

In the spring of 1971, the Vietnam Veterans Against the War (VVAW) fought the courts for the right to sleep on the National Mall as part of their weeklong demonstration, Dewey Canyon III. When the courts denied their petition, veterans decided to break the law by sleeping anyway.

Turning good rest into a form of dissent, hundreds of veterans fell asleep, wondering whether or not they would be arrested by daybreak. Clearly, sleep played a part in the movement to stop the U.S. war in Vietnam.

Still, I wondered, why did the government see fit to let veterans stay overnight on the Mall — singing, talking, even lying down — while refusing to let them fall asleep there? Why did veterans decide to sleep and risk arrest?

This book began as my effort to understand what was at stake in this contest, and, from there, my story grew, traversing the fields of military and mainstream psychiatry, popular and institutional  film, documentary sound technology, methods of brain warfare, and the tactics of postwar social movements to arrive back at the scene of soldiers sleeping soundly in the public square.

The VVAW sleep-in speaks powerfully in no small part because it flies in the face of a clinical and cultural record of war trauma that is rife with scenes of troubled sleep: the sleepless soldier and the insomniac veteran are protagonists of an evolving narrative of trauma and its aftermath that spans the course of the twentieth century.

From (Verso, 2019), by Franny Nudelman, a professor in ĐÓ°ÉÔ­´´â€™s Department of English Language and Literature.


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