Faculty & Staff

Known as the “godfather of AI,” the University Professor Emeritus of computer science at the �ؿ�ζSM shared the Nobel Prize in Physics with John J. Hopfield of Princeton University for groundbreaking work that laid the foundation for machine learning using artificial neural networks.

U of T’s Geoffrey Hinton and Princeton’s John J. Hopfield are pictured during the announcement for the 2024 Nobel Prize in Physics (photo by Jonathan Nackstrand/AFP via Getty Images)

At U of T, students, faculty and staff gathered at an event hosted by the department of computer science in the Faculty of Arts & Science, which Hinton joined as a professor in 1987.

Those in attendance described a revered and beloved figure, citing Hinton’s determination, playful approach to research and excitement for new ideas.

"I really don’t think there’s anyone more deserving of this recognition," said Chris Maddison, assistant professor in U of T’s departments of computer science and statistical sciences, and one of Hinton’s former students.

"Geoff was a fantastic adviser. He worked really, really hard to remove the barriers for his students and he was laser focused on ideas and building his own understanding."

Hinton also received congratulations from universities and other research organizations around the world, including the Royal Society, the Alan Turing Institute and Cambridge University, Hinton’s alma mater.

Meanwhile, friends, colleagues and leaders in politics and business took to social media to express their congratulations for Hinton’s remarkable achievement.

Here’s a snapshot of what some of them said:

From left: Melanie Woodin, Chris Maddison, Nick Frosst, Kevin Swersky and Eyal de Lara (photo by Johnny Guatto)

“Congratulations to Geoffrey Hinton on this fantastic recognition which is a testament to the importance of supporting basic research and the long journey that can lead to profound discoveries like deep learning that forever change our world. Hinton's phenomenal work has seeded new and innovative research by his former students and many around the world who are using AI to solve global challenges in areas like medicine and climate change.“

– Leah Cowen, vice-president, research and innovation, and strategic initiatives at U of T

“I would say his approach to science has stuck with me. Everything I know about how to do science, I mostly learned from him. It's his curiosity and playfulness ... that has been most impactful. I would also say his thoughtfulness, thinking about the consequence of the technology and how it affects society is something that we have taken seriously at Cohere as well.”

– Nick Frosst, U of T alumnus and co-founder of Cohere

“You always knew when Geoff had a new idea. The excitement, the joy radiated out of his office down the hall. The air was buzzing with possibility. He was famous for bursting into a room and pronouncing that, he now finally, after all these years, understood how the brain worked. Above all, he understood that research was a human endeavor. Research is really hard. It becomes personal. It's intertwined with tragedies and compromises. I saw him go through some of his own when I was a student in the group, and I went through my own. I remember when I was going through some health challenges, I went to him and I said, 'Geoff, sometimes it's really hard to go on.’ And he looked at me and he said, ’But we're not going to let that slow us down, will we?’"

– Chris Maddison, assistant professor in U of T’s departments of computer science and statistical sciences, Faculty of Arts & Science

U of T is the only computer science department with a Nobel Prize winner, says Professor Michael Brudno (photo by Johnny Guatto)

“It's a once-in-a-lifetime opportunity to celebrate an award for somebody who has made huge contributions – obviously in AI broadly, [and] to this department. No other computer science department can say that they have a Nobel Laureate. But I think beyond that, it really goes back to show how the birthplace of modern AI is Toronto, how this is the place where it all started and how it's upon us as the AI faculty in this department to continue this legacy.”

– Michael Brudno, professor in U of T’s department of computer science, acting vice-dean, graduate education in Faculty of Arts & Science, a chief data scientist at University Health Network and a faculty member at the Vector Institute

Geoffrey Hinton shares a laugh with fellow AI researcher Raquel Urtasun, left, at the Vector Institute’s opening in 2017 (photo by Lisa Lightbourn)

"Geoff is the most influential person in AI, and our field would certainly not be the same without his immense contributions. He is also a tremendous educator, and has mentored many students and postdocs who have gone on to become very influential in the field of AI. Geoff cares deeply about the Toronto and Canadian ecosystem and was the driving force in the formation of the Vector Institute, which we co-founded together. Through our time as colleagues at the �ؿ�ζSM, I've deeply admired his commitment to the advancement of AI for good. This recognition is well-deserved and acknowledges his decades of work leading AI innovation and building the foundation for the AI revolution that is happening today.”

– Raquel Urtasun, professor in U of T’s department of computer science, faculty member and co-founder at the Vector Institute, founder and CEO of Waabi

“I was the first to call Geoff Hinton “Godfather of Deep Learning,” which later became “Godfather of AI.” Thrilled to see him win the Nobel prize together with John Hopfield for AI. Congrats @geoffreyhinton.”

– Andrew Ng, co-founder of Coursera, founder GoogleBrain, former chief scientist at Baidu

Prime Minister Justin Trudeau speaks with Geoffrey Hinton at a 2019 event (photo by Nick Iwanyshyn)

“Dr. Hinton is a stalwart in his field. Celebrated as one of the ‘Godfathers of AI’, he brings decades of leading expertise in AI research as a Professor Emeritus at the �ؿ�ζSM’s Department of Computer Science, and the current Chief Scientific Advisor at the Vector Institute in Toronto – one of our three national AI institutes. Dr. Hinton is also an outspoken advocate for the responsible development and adoption of AI, educating the world about the benefits and challenges this technology poses.

“Canada is at the forefront of AI technology thanks to trailblazers like Dr. Hinton. His curiosity for discovery and contributions to innovation will inspire generations to come. On behalf of all Canadians, I congratulate him on his remarkable achievement.”

– Justin Trudeau, Prime Minister of Canada

A.M. Turing Award winners Yann LeCun, left, Yoshua Bengio, middle, and Geoffrey Hinton at an AI summit in Montreal (photo courtesy of RE•WORK)

"@HopfieldJohn and @geoffreyhinton, along with collaborators, have created a beautiful and insightful bridge between physics and AI. They invented neural networks that were not only inspired by the brain, but also by central notions in physics such as energy, temperature, system dynamics, energy barriers, the role of randomness and noise, connecting the local properties, e.g., of atoms or neurons, to global ones like entropy and attractors. And they went beyond the physics to show how these ideas could give rise to memory, learning and generative models; concepts which are still at the forefront of modern AI research. Their ideas inspired me so profoundly that I decided to choose learning in neural networks for my own research as a graduate student. They motivated me to look for abstract principles that could be as simple as the laws of physics, but could explain biological as well as artificial intelligence. I'm truly delighted for them and for our field."

– Yoshua Bengio, professor at Université de Montréal and co-winner of the A.M Turing Award with Geoffrey Hinton and Yann LeCun

“It was the first thing I saw in the morning. I opened my phone, and it was the headline of The New York Times and I was like, ‘Yes!’ I was very excited. I saw his perseverance – he always goes with what he believes, not what the flow is – and it's quite inspirational for me. That’s what I look for, especially in the health care area. I want to do something meaningful, something big.”

–Tina Behrouzi, second year PhD student in U of T’s department of computer science

Geoffrey Hinton poses with graduate students Ilya Sutskever, left, and Alex Krizhevsky, right, in 2013 (photo by Johnny Guatto)

“Congratulations to @geoffreyhinton for winning the Nobel Prize in physics!!”

– Ilya Sutskever, U of T alumnus, co-founder of OpenAI and co-founder and chief scientist at Safe Superintelligence

“Going to Geoff’s office was always fun. Normally when you go to a supervisor's office, you give them a progress update. You go through what your latest results are, you talk about a couple of your ideas and you get some feedback. Going to Geoff’s office was a completely different story. He would be telling you what his latest idea was. He would show you his latest results. And his whole thing was just that he was really excited about it, and his hope was to inspire you enough to start running with it.”

– Kevin Swersky, U of T alumnus and research scientist at Google DeepMind

“[Hinton's] pioneering research at the �ؿ�ζSM not only revolutionized the field of AI but has also been instrumental in establishing Canada as a global powerhouse in AI research and innovation."

– Tony Gaffney, president and CEO of the Vector Institute

Fei-Fei Li and Geoffrey Hinton speak at a 2023 event in Toronto (photo by Polina Teif)

“This is beyond exciting! #AI’s far reaching impact is just beginning.”

– Fei-Fei Li, professor of computer science at Stanford University and co-director of Stanford’s Human-Centered AI Institute

“Congratulations to @geoffreyhinton, University Professor Emeritus at@UofT, on winning the 2024 Nobel Prize in Physics! Widely regarded as the “godfather of AI,” Hinton’s pioneering work in artificial neural networks has transformed the global AI landscape. Dr. Hinton’s achievement highlights the best of #Ontario’s world-class talent and thriving AI ecosystem, driving innovation and shaping the future of critical #technology!

– Victor Fedeli, Ontario’s minister of economic development, job creation and trade

"On behalf of the Department and the University, we are very proud to acknowledge Geoff's global achievements and this international recognition. His contributions to machine learning and artificial intelligence have benefited virtually every discipline in science, engineering, social sciences and medicine. As we celebrate the department’s 60th anniversary, this award embodies six decades of impact and innovation in computer science and technology.”

– Eyal de Lara, professor and chair of U of T’s department of computer science, Faculty of Arts & Science

“Heartfelt congratulations to Geoff Hinton @geoffreyhinton on winning the Nobel Prize! What an incredible honor! I feel deeply privileged to have had the opportunity to be your PhD student, work with you, and learn from you.”

– Russ Salakhutdinov, professor of computer science at Carnegie Mellon University

Hinton approached his research with an “almost childlike playfulness,” says Graduate student Ujan Sen (photo by Johnny Guatto)

“Waking up today, seeing that news, just motivates me even more and reaffirms the decision that coming to U of T was the absolutely the best decision I could have taken. I think one of the people who had previously worked with him mentioned something along the lines of: Geoff didn't really care too much about pedigree. He cared about ideas, regardless if you have a master's or PhD. And the way he approached his research and the almost childlike playfulness and innocence he had with sort of getting to the answer is something that I really resonate with.”

– Ujan Sen, master’s student in U of T’s department of computer science, Faculty of Arts & Science

"I want to extend my heartfelt congratulations to Dr. Geoffrey Hinton on winning the 2024 Nobel Prize in Physics. His groundbreaking work in machine learning has made Canada world-renowned in the field of AI. He is a true inspiration for the next generation of Canadian researchers!"

– François-Philippe Champagne, Canada’s minister of innovation, science and industry

“I’m originally a chemist. It was a surprising thing for me that a Nobel Prize is being awarded to a computer scientist. This is a big moment for computer science. I think it will bring recognition to physics-based approaches and core thinking.

“I think it’s great that some universities like U of T are willing to believe in crazy ideas. People need to encourage outside-the-box thinking.”

– Ella Rajaonson, PhD student in the Matter Lab with U of T professor Alán Aspuru-Guzik

“Congratulations!”

– Olivia Chow, mayor of Toronto

Geoffrey Hinton wins Nobel Prize in Physics

davidlee1 — Tue, 08 Oct 2024 19:35:09 +0000

Geoffrey Hinton wins Nobel Prize in Physics

davidlee1 Tue, 10/08/2024 - 15:35

Cutline

(Photo by Johnny Guatto/�ؿ�ζSM)

Rahul Kalvapalle

Topic

Global Lens

Artificial Intelligence

Computer Science

Faculty of Arts & Science

Geoffrey Hinton

Nobel Prize

Physics

Research & Innovation

Subheadline

A U of T University Professor Emeritus, Hinton shared the honour with Princeton University's John J. Hopfield for discoveries and inventions that enable machine learning with artificial neural networks

Geoffrey Hinton, a University Professor Emeritus of computer science at the �ؿ�ζSM, has won the 2024 Nobel Prize in Physics.

Widely regarded as the “godfather of AI,” Hinton shared the prize with John J. Hopfield of Princeton University for foundational discoveries and inventions that enable machine learning with artificial neural networks.

Hinton said he was “flabbergasted” at the honour as messages poured in from around the world.

“I had no expectations of this,” he told U of T News shortly after the win was announced in Stockholm Tuesday morning. “I am extremely surprised and I'm honoured to be included.”

He later told reporters at a press conference he was “in a cheap hotel in California” with no Internet and a poor phone connection when he was notified about his Nobel Prize.

“I was going to get an MRI scan today, but I think I’m going to have to cancel that.”

Hinton and Hopfield are credited with wielding tools from physics to advance basic research in the field. Specifically, Hopfield created an associative memory that can store and reconstruct images in data, while Hinton invented a way to find properties in data and perform tasks such as identifying specific elements in pictures.

“On behalf of the �ؿ�ζSM, I am absolutely delighted to congratulate University Professor Emeritus Geoffrey Hinton on receiving the 2024 Nobel Prize in Physics,” said U of T President Meric Gertler. “The U of T community is immensely proud of his historic accomplishment.”

Hinton was selected for the high-profile award for his use of the Hopfield network – invented by his co-laureate – as the foundation for a new network called the Boltzmann machine that can learn to recognize elements within a given type of data.

The Boltzmann machine can classify images and generate new examples of the pattern on which it was trained, with Hinton and his graduate students later building on this work to help usher in today’s rapid development of machine learning – a technology that now underpins a host of applications ranging from large language models such as ChatGPT to self-driving cars.

Johan Jarnestad/The Royal Swedish Academy of Sciences

“The laureates’ work has already been of the greatest benefit. In physics we use artificial neural networks in a vast range of areas, such as developing new materials with specific properties,” said Ellen Moons, chair of the Nobel Committee for Physics.

The win by Hinton and Hopfield was covered by media and other organizations around the globe, with The New York Times describing the Nobel committee’s decision as “an acknowledgement of AI’s growing significance in the way people live and work,” and the prestigious journal Nature noting Hinton’s innovations now “form the basis of many state-of-the-art AI tools.”

Hinton joined U of T as a professor of computer science in 1987 after working in various universities in the U.K., where he was born, and in the United States. He went on to be named a University Professor – U of T’s highest academic appointment – in 2006.

Driven by a desire to understand the human brain, Hinton and his graduate students built on his early efforts with an array of developments that paved the way for an explosion in deep learning. One of the first cohort of researchers supported by the Canadian Institute for Advanced Research (CIFAR), Hinton’s work helped catapult Canada to its current status as a global leader in AI development.

The Royal Swedish Academy of Sciences, which awards the Nobel Prize in Physics, noted Hinton persisted with his research even as the scientific community lost interest in artificial neural networks during the 1990s, and ultimately “helped start the new explosion of exciting results” in the 2000s.

Hinton, for his part, said during a U of T press conference Tuesday evening that his achievements wouldn’t have been possible without support for curiosity-based research – something he said Canada was good at.

He added that his shock at winning the Nobel stemmed from the fact that, while his work has drawn on statistical physics, he isn’t a physicist himself – and even “dropped out of physics after my first year in university because I couldn’t do the complicated math.”

He also said that he plans to donate the money associated with the prize to various charities, including one that provides jobs for neurodiverse young adults.

Hinton likened the influence of AI to that of the Industrial Revolution during a virtual press conference with the academy earlier in the day – “But instead of exceeding people in physical strength, it’s going to exceed people in intellectual ability.”

He added that the rise of AI “is going to be wonderful in many respects,” citing health care and workplace productivity as two areas poised to benefit hugely from the technology. “But we also have to worry about a number of possible bad consequences, particularly the threat of these things getting out of control,” Hinton said.

In early 2023, Hinton quit his job at Google and focused on sounding the alarm about the risks of rapid and unfettered AI development. He outlined his reasoning in a 46-minute U of T video last year, urging young researchers to focus their efforts on the emerging field of AI safety – a message he repeated in media interviews following his Nobel win.

He has continued to tackle the issue at lectures and public appearances around the world, including at U of T and at Cambridge University, his alma mater.

“I am thrilled Geoffrey Hinton, an esteemed colleague and dear friend has been awarded the Nobel Prize in Physics,” said Melanie Woodin, dean of U of T’s Faculty of Arts & Science.

“Geoff is an historic visionary whose groundbreaking work in deep learning and neural networks has made U of T and the Toronto region a leading global centre for AI. And it speaks volumes about his integrity that while he helped lay the foundation for the artificial intelligence revolution, he is also one of the leading voices urging that we develop this technology responsibly and ethically.”

Similarly, Prime Minister Justin Trudeau lauded Hinton for his efforts to realize responsible AI development, releasing a statement and writing on X: “Geoffrey, we’re glad to have a mind like yours developing safe and responsible AI for the world.”

Geoffrey Hinton delivers a lecture about responsible AI to U of T students and faculty (photo by Johnny Guatto)

Hinton, who is co-founder and chief scientific adviser at the Vector Institute in Toronto, joins an illustrious list of past Nobel Prize in Physics winners that includes Albert Einstein and Marie Curie (who also won a Nobel in chemistry). The prestigious award is the latest in a long list of accolades for Hinton. They include the Association for Computing Machinery’s A.M. Turing Award – widely considered “the Nobel Prize of computing” – in 2019 alongside collaborators Yann LeCun and Yoshua Bengio.

Hinton is the fourth U of T faculty member to win a Nobel Prize over the years.

Sir Frederick Banting and J.J.R Macleod won a Nobel Prize in Physiology or Medicine for their work with Charles Best in 1923 to isolate insulin. In 1986, John Polanyi was one of three winners of the Nobel Prize in Chemistry for the development of the new field of reaction dynamics.

Other members of the U of T community, including several alumni, have received or been associated with the international honour.

Oliver Smithies, a past professor at U of T, was a joint winner of the Nobel Prize in Physiology or Medicine in 2007 for discovering the “principles for introducing specific gene modifications in mice by the use of embryonic stem cells.”

Also in 2007, Professor Robert Jefferies shared in the Nobel Peace Prize awarded to the Intergovernmental Panel on Climate Change (IPCC), in which he was a key Canadian representative as an international leader in arctic science and global change biology.

In 1999, U of T Professor James Orbinski accepted the Nobel Peace Prize on behalf of Doctors Without Borders, which was recognized for its humanitarian work.

Anti-nuclear activist and U of T alumna Setsuko Thurlow accepted the Nobel Peace Prize in Norway in 2017 on behalf the International Campaign to Abolish Nuclear Weapons (ICAN).

In 2001, Michael Spence, an alumnus of �ؿ�ζSM Schools, was one of three joint winners of the Bank of Sweden Prize in Economic Sciences in Memory of Alfred Nobel for his contributions to analyses of markets with asymmetrical information.

Bertram Brockhouse, who completed two degrees at U of T, was a co-winner of the Nobel Prize in Physics in 1994 for the development of neutron scattering techniques for studies of condensed matter.

Arthur Schawlow, an alumnus, was one of three winners of the same prize in 1981 for his contribution to the development of laser spectroscopy.

In 1998, U of T alumnus Walter Kohn was a co-winner of the Nobel Prize in Chemistry for development of the density-functional theory.

Former Prime Minister Lester B. Pearson, who received a bachelor’s degree from U of T, won the Nobel Peace Prize in 1957.

'Labour of love': U of T prof takes multifaceted approach to exploring Black history in Canada

Christopher.Sorensen — Fri, 04 Oct 2024 15:57:15 +0000

'Labour of love': U of T prof takes multifaceted approach to exploring Black history in Canada

Christopher.Sorensen Fri, 10/04/2024 - 11:57

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Afua Cooper, a U of T alumna and professor in U of T Scarborough’s department of historical and cultural studies, is an expert on Black Canadian slavery and Black Canadian studies (supplied image)

Topic

Subheadline

Afua Cooper, an expert on Black Canadian slavery and Black Canadian studies, recently joined U of T Scarborough

Afua Cooper still vividly recalls being a recent immigrant to Canada in the 1980s and considering waitressing jobs at local restaurants in Toronto.

“You would walk into a place looking for work, and they wouldn’t even try to hide it,” she says. “The woman just looked at me and said, ‘I'm sorry, but we just don't want Jamaicans. You’re not the kind of people we want to hire.’”

During that time – and even today – Canada was considered by many to be what Cooper describes as “post-racial-nice,” having avoided the same depth and lasting racism found across the United States.

But the reality was often very different.

“These things still happened here – not that long ago and even today – though the language has changed so the actions don’t appear nearly as racist,” says Cooper, an expert on Black Canadian slavery and Black Canadian studies who recently joined the department of historical and cultural studies at the �ؿ�ζSM Scarborough as a professor.

Cooper was raised in the Whithorn district of Westmoreland, Jamaica, in the post-independence era. Her parents, by comparison, had grown up under British colonialism.

“I guess the people at the Ministry of Education decided that little Black children should learn about themselves,” says Cooper, who later became a founding member of an African Studies Club at Camperdown High School in East Kingston. “So, I thankfully grew up with a strong notion of who I was.”

By late 1980, having migrated to Toronto to pursue higher education, Cooper was fully dedicated to exploring history and the African diaspora as a U of T undergraduate student – a time when the concept of Black studies was rare on Canadian university campuses.

"When I was a student, the university resisted Black-focused curricula, and hiring Black faculty therefore felt superficial,” says Cooper. “Now, with the Black Research Network, Black faculty caucus, and dedicated programs for Black students, the commitment to diversity feels genuine – and I’m glad to be a part of it.”

Cooper, a scholar fluent in different mediums, is an award-winning author who has published 13 books spanning genres that include history, poetry, children’s literature and fiction.

Cooper likens her educational approach to making gumbo: “I put everything into it – though as a vegan, it’s strictly plant-based – representing the Black diaspora,” she says. “Teaching isn’t a single trajectory, it’s about sharing the joys of Black culture and the multifaceted nature of our struggles.”

For example, in 2021 Cooper led a three-year project, A Black People’s History of Canada, that received over $1 million in grant funding from the Department of Canadian Heritage. The aim is to cover Black Canadian history from 1604 onward with the help of 13 researchers who have catalogued records across Canada, from British Columbia to Newfoundland.

"Teachers often say, 'I'd like to teach Black history, but I can't find anything,' which is frustrating," says Cooper. "Now there are no excuses; we're writing curricula and guides with school boards, and we've partnered with government agencies responsible for education. It’s been a true labour of love."

For Cooper, returning to U of T is as much an opportunity to share her work with like-minded visionaries as it is a homecoming.

“I went into labour twice at Robarts library, once with each of my daughters,” she says with a laugh.

“They both spent a lot of time there when they were younger, so I’m thrilled to be back to showcase a history of African and Black people that has been so trampled upon and denied. For me, this is my purpose – to restore and share that history.”

U of T experts tackle questions about AI safety, ethics during panel discussion

rahul.kalvapalle — Wed, 02 Oct 2024 18:33:43 +0000

U of T experts tackle questions about AI safety, ethics during panel discussion

rahul.kalvapalle Wed, 10/02/2024 - 14:33

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From left: U of T's Roger Grosse, Sedef Kocak, Sheila McIlraith and Karina Vold take part in a panel discussion on AI safety (photo by Duane Cole)

Kyle Coulter

Jovana Jankovic

Topic

Our Community

Schwartz Reisman Institute for Technology and Society

The Institute for the History and Philosophy of Science and Technology

Artificial Intelligence

Centre for Ethics

Department of Computer Science

Department of Philosophy

Faculty of Arts & Science

Vector Institute

Victoria College

Subheadline

"We should be building AI systems that promote human flourishing – that allow human beings to live with dignity and purpose, and to be valued contributors to society”

What does safe artificial intelligence look like? Could AI go rogue and pose an existential threat to humanity? How have media portrayals of AI influenced people’s perceptions of the technology’s benefits and risks?

These were among the pressing questions tackled by four experts at the �ؿ�ζSM and its partner institutions – in disciplines ranging from computer science to philosophy – during a recent panel discussion on AI safety.

Sheila McIlraith, professor in U of T’s department of computer science at the Faculty of Arts & Science and Canada CIFAR AI Chair at the Vector Institute, said the notion of AI safety evokes different things to different people.

“Computer scientists often think about safety critical systems – the types of systems that we’ve built to send astronauts to the moon or control our nuclear power plants – but AI safety is actually quite different,” said McIlraith, an associate director at the U of T’s Schwartz Reisman Institute for Technology and Society (SRI).

“For me personally, I have a higher bar, and I really think we should be building AI systems that promote human flourishing – that allow human beings to live with dignity and purpose, and to be valued contributors to society.”

The event, hosted by SRI in partnership with the Vector Institute, the Institute for the History & Philosophy of Science & Technology, the Centre for Ethics and Victoria College, invited McIlraith and her fellow panelists to discuss how AI technologies can be aligned with human values in an increasingly automated world.

They also discussed how risks surrounding the technology can be mitigated in different sectors.

Karina Vold, the event’s moderator, underscored the challenge of building safe AI systems in an uncertain world (photo by Duane Cole)

Moderator, Karina Vold, assistant professor in the Institute for the History & Philosophy of Science & Technology in the Faculty of Arts & Science, noted that because AI systems operate “in a world filled with uncertainty and volatility, the challenge of building safe and reliable AI is not easy and mitigation strategies vary widely.”

She proceeded to ask the panel to share their thoughts on the portrayal of AI in popular culture.

“The media devotes more attention to different aspects of AI – the social, philosophical, maybe even psychological,” said Sedef Kocak, director of AI professional development at the Vector Institute.

“These narratives are important to help show the potential fears, as well as the positive potential of the technology.”

The discussion touched on several topics related to AI safety (photo by Duane Cole)

Roger Grosse, associate professor in U of T’s department of computer science in the Faculty of Arts & Science and a founding member of the Vector Institute, said that safety concerns around AI are not merely rooted in science and pop culture, but also in philosophy.

“Many people think that the public’s concerns regarding AI risks come from sci-fi, but I think the early reasoning regarding AI risks actually has its roots in philosophy,” said Grosse, who also holds Schwartz Reisman Chair in Technology and Society.

“If we’re trying to reason about AI systems that don’t yet exist, we don’t have the empirical information, and don’t yet know what their design would be, what we can do is come up with various thought experiments. For example, what if we designed an AI that has some specific role, and all of the actions that it takes are in service of the role?

“For the last decade, a lot of the reasons for being concerned about the long-term existential risks really came from this careful philosophical reasoning.”

The discussion also touched on the dangers of AI models misaligning themselves, how to guard against bias in the training of large language models, and how to ensure that AI models with potentially catastrophic capabilities are safeguarded.

“This [safeguarding] is an area where new research ideas and principles will be required to make the case,” said Grosse. “Developers saying, ‘Trust us’ is not sufficient. It’s not a good foundation for policy.”

Despite addressing topics surrounding potential harms and risks of AI, the panelists also shared their optimism about how AI can be wielded for the greater good – with Grosse noting AI offers the promise of making knowledge more widely accessible, and Kocak focusing on the myriad benefits for industries.

Watch the Sept. 10 conversation below:

In photos: U of T marks opening of Indigenous landscape project at Hart House Green

rahul.kalvapalle — Fri, 27 Sep 2024 13:34:50 +0000

In photos: U of T marks opening of Indigenous landscape project at Hart House Green

rahul.kalvapalle Fri, 09/27/2024 - 09:34

Cutline

The pathway that extends along the east side of Ziibiing follows the trail of Taddle Creek, a buried stream running under the St. George campus that once served as a gathering place for Indigenous Peoples (photo by Polina Teif)

Rahul Kalvapalle

Topic

Our Community

Ziibiing

Indigenous Initiatives

John H. Daniels Faculty of Architecture

Landmark

Truth and Reconciliation

Subheadline

The Ziibiing space includes a central pavilion, amphitheatre and plantings of medicinal trees and shrubs

The �ؿ�ζSM commemorated the official opening of Ziibiing, an Indigenous landscape project that uses architecture, horticulture and storytelling to honour Indigenous cultures and provide a space for community members to gather, learn and host ceremonies on the St. George campus.

The opening celebration for Ziibiing, held Monday Sept. 23, included a traditional Elder’s opening, a welcome song and the burning of a sacred fire – the first fire to be lit in Ziibiing’s pavilion and one of several Indigenous ceremonial practices that are welcome on all three U of T campuses.

Here’s how the event unfolded through the lens of U of T photographers:

(photo by Polina Teif)

Michael White, director of First Nations House, tends to the sacred fire in the Ziibiing pavilion as Jenny Blackbird, resource centre and programs co-ordinator at First Nations House, looks on.

Ceremonial fires, smudging and pipe ceremonies are among the important Indigenous practices that take place on U of T’s three campuses.

(photo by Polina Teif)

Blackbird performs a traditional song to welcome U of T community members to the celebration.

(photo by Polina Teif)

The vision for Ziibiing was developed by an Indigenous Advisory Committee in collaboration with the Indigenous Design Studio at Brook McIlroy, who in turn consulted with Indigenous students, faculty, staff, the Council of Indigenous Initiatives Elders' Circle and representatives of local First Nations.

The project was born out of Answering the Call: Wecheehetowin, the final report of the Steering Committee for the �ؿ�ζSM Response to the Truth and Reconciliation Commission of Canada, which outlined the need for dedicated Indigenous spaces on campus.

From left: James Bird and Shannon Simpson (photos by Polina Teif)(photo by Polina Teif)

Several members of the U of T community spoke at the event.

“Our voices, traditions and histories are woven into the fabric of this new landscape, sending a clear signal that we are seen, that we matter and that we belong,” said Shannon Simpson, senior director of the Office of Indigenous Initiatives and a member of the Mississaugas of Alderville First Nation, in her remarks at the ceremony.

(photo by Polina Teif)

Ziibiing is named for the Anishinaabemowin word for “river,” a reference to the Taddle Creek waterway that once flowed through the area and served as a gathering place for Indigenous Peoples.

It’s an example of how Indigenous design and Western architectural disciplines can come together to assist in placemaking, according to James Bird, a Knowledge Keeper from the Nehiyawak and Dene Nation and PhD candidate in the John H. Daniels Faculty of Architecture, Landscape, and Design.

“In the practice of architecture, there are ways one can approach the creation of space and its activation through design," said Bird. “This alternative viewpoint assigns agency to the metaphysical aspects that exist within Indigenous cultures and in turn allows metaphysical relationships to be made into physical form.”

(photo by Polina Teif)

In her remarks to the event’s attendees, Kelly Hannah-Moffat, U of T’s vice-president, people strategy, equity and culture, said that, in addition to serving a vital role as a teaching and ceremonial space for Indigenous students, employees and Elders, Ziibiing will encourage the entire U of T community to “find innovative ways to Indigenize this institution.”

She noted the space has already hosted a recent land-based learning workshop that invited members of the U of T community to deepen their understanding of Indigenous world views, teachings and connections to the land. The workshop was organized by the Office of Indigenous Initiatives, with future sessions scheduled for Oct. 22 and Nov. 19.

(photo by Polina Teif)

The Ziibiing pavilion is supported by 13 columns that symbolize the 13 moons of the year. They circle a fire pit where ceremonial fires may be lit and maintained by Indigenous firekeepers.

(photo by David Lee)

The creation of Ziibiing took place alongside the Landmark Project, which aimed to revitalize the historic core of the St. George campus.

Scott Mabury, U of T’s vice-president, operations and real estate partnerships, said U of T community members have already embraced Ziibiing, as well as the other new spaces, as evidenced by their increased use of the reimagined landscapes.

“We didn’t know what we didn’t have before,” he said.

AI tool reduces risk of unexpected hospital deaths by 26 per cent: Study

Christopher.Sorensen — Mon, 23 Sep 2024 16:50:13 +0000

AI tool reduces risk of unexpected hospital deaths by 26 per cent: Study

Christopher.Sorensen Mon, 09/23/2024 - 12:50

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(photo by Tempura/Getty Images)

Adam Miller

Topic

Our Community

Temerty Faculty of Medicine

Unity Health

Artificial Intelligence

Research & Innovation

St. Michael's Hospital

Subheadline

CHARTWatch, an artificial intelligence early warning system developed at Unity Health Toronto, alerts physicians when hospital patients face a high risk of unexpected death or transfer to an ICU

A new study by Toronto researchers evaluates the use of CHARTWatch, an artificial intelligence early warning system developed at Unity Health Toronto that monitors hospitalized patients in real-time, identifies those at high risk of unexpected death or transfer to an intensive care unit, and alerts doctors and nurses to intervene early.

The study, published in the Canadian Medical Association Journal, shows a 26 per cent reduction in unanticipated mortality after the tool was implemented in the general internal medicine ward of Unity Health Toronto’s St. Michael’s Hospital.

“As AI tools are increasingly being used in medicine, it is important that they are evaluated carefully to ensure that they are safe and effective,” says lead author Amol Verma, general internist at Unity Health and professor in the department of medicine in the �ؿ�ζSM’s Temerty Faculty of Medicine who led the development and implementation of CHARTWatch.

Amol Verma (L) and Muhammad Mamdani (supplied images)

“Our findings suggest that AI-based early warning systems are promising for reducing unexpected deaths in hospitals.”

One of the primary sources of unplanned admission to the ICU is the unexpected deterioration of hospitalized patients, which prompted the research team to develop this AI tool and study its effectiveness.

“This important study evaluates the outcomes associated with the complex deployment of the entire AI solution, which is critical to understanding the real-world impacts of this promising technology,” says study co-author Muhammad Mamdani, vice president of data science and advanced analytics at Unity Health and director of U of T’s Temerty Centre for Artificial Intelligence Research and Education in Medicine.

“We hope other institutions can learn from and improve upon Unity Health Toronto’s experiences to benefit the patients they serve.”

The study analyzed data from 13,649 patients aged 55 to 80 years old admitted to the general internal medicine unit (9,626 in the pre-intervention period and 4,023 using CHARTWatch) and 8,470 admitted to subspeciality units that did not use CHARTWatch.

Helping to prioritize patient needs

“The CHARTWatch project started at Unity Health when we asked patients, clinicians, hospital leaders, what would you want to use artificial intelligence for? If you could predict one thing that AI would tell you, what should that be?” says Verma, who is also the Temerty Professor of AI Research and Education in Medicine.

“And one of the leading priorities of everyone was to be able to predict in advance which patients might become so sick in hospital that they need ICU or might die.”

During the 19-month-long intervention period, 482 patients in the general internal medicine became high-risk, compared with 1,656 patients who became high risk in the 43-month-long pre-intervention period. There were also fewer non-palliative deaths in the CHARTWatch group than in the pre-intervention group (1.6 per cent versus 2.1 per cent).

“If I were a patient, I would be so relieved to know that we have this kind of system,” said co-author Yuna Lee, division head and general internist at St. Michael’s and professor in the department of medicine at U of T.

“So, when the patient gets a high-risk alert, they’re going to be assessed by senior staff right away. Also, they’re going to have quite close monitoring by nursing staff, so they check on them every one to two hours.”

Expanding the impact of CHARTWatch

CHARTWatch inputs more than 100 aspects of a patient’s medical history and current health status that are routinely stored in the hospital’s electronic medical record. It analyzes the interactions between these inputs and how they change over time. With that information, it’s able to categorize each patient by their risk for deterioration and send an alert to prioritize treatment.

The study is one of the first to evaluate how CHARTWatch can benefit hospital patients in Canada and shows the potential real-world impact of AI on the health-care sector. Damian Jankowicz, Unity Health’s vice-president and chief information and AI officer, says he hopes AI tools such as CHARTWatch will continue to have a profound impact on patients.

“Hopefully with reduced administrative burden on our providers, they will have more time to spend with our patients and really focus on the patient needs,” he says.

“I hope that AI will be able to distill the incredible amounts of information that’s coming at our clinicians into important components and really bring their clinical judgment to the forefront.”

This story first was first published by Unity Health.

U of T receives $25-million gift from Myron and Berna Garron for Scarborough Academy of Medicine and Integrated Health

Christopher.Sorensen — Mon, 23 Sep 2024 13:58:19 +0000

U of T receives $25-million gift from Myron and Berna Garron for Scarborough Academy of Medicine and Integrated Health

Christopher.Sorensen Mon, 09/23/2024 - 09:58

Cutline

(Image supplied)

Advancement Staff

Topic

Our Community

David Palmer

Lawrence Bloomberg Faculty of Nursing

Scarborough Academy of Medicine and Integrated Health

Temerty Faculty of Medicine

Leslie Dan Faculty of Pharmacy

Meric Gertler

U of T Scarborough

Subheadline

The donation supports the much-needed training of health professionals in the underserved Scarborough and Eastern GTA region

A $25-million gift from Myron and Berna Garron will contribute significantly to the construction of a new state-of-the-art facility at �ؿ�ζSM Scarborough that will house the Scarborough Academy of Medicine and Integrated Health (SAMIH). The gift will also support programming and faculty development – in collaboration with hospital partners such as Scarborough Health Network and Michael Garron Hospital – helping to ensure that SAMIH learners have access to a world-class education right in Scarborough and the Eastern GTA.

The �ؿ�ζSM will name the new building the Myron and Berna Garron Health Sciences Complex, in honour of the Garrons’ exceptional generosity.

“Myron and Berna Garron’s extraordinary benefaction will help us to realize our vision for the Scarborough Academy of Medicine and Integrated Health – to educate health-care professionals from the region, in the region and for the region,” said Meric Gertler, president of U of T. “On behalf of the �ؿ�ζSM, I thank them for their leadership in the advancement of this crucial mission.”

Helping to revitalize the health-care landscape

SAMIH, the first hub for educating health professionals in Scarborough and the Eastern GTA and the only medical school in the region, was established to address the critical shortage of family physicians and specialists in the fast-growing area by training health providers who reflect the community. The training will take place in partnership with local hospitals, primary care centres and community agencies.

Once the program is fully up and running, SAMIH will have 160 medical students and a combined total of 252 physician assistants, physical therapists and nurse practitioners enrolled. Three top-ranked U of T faculties – the Temerty Faculty of Medicine, the Lawrence Bloomberg Faculty of Nursing and the Leslie Dan Faculty of Pharmacy – will expand educational programming to this hub. These students will be based at the new Myron and Berna Garron Health Sciences Complex, which will also serve as a base for U of T Scarborough undergraduates studying health sciences.

The Myron and Berna Garron Health Sciences Complex, currently under construction, will feature an anatomy lab for medical students, two large classrooms equipped with state-of-the-art technology, a 25-bed clinical skills lab and 10 instructional labs. To provide hands-on learning and serve the community directly, the facility will house three teaching clinics offering public services: a clinical psychology clinic, a nurse practitioner clinic and a satellite of U of T’s Discovery Pharmacy.

SAMIH medical trainees will undertake clinical rotations at several area hospitals, including Scarborough Health Network, Lakeridge Health, Ontario Shores Centre for Mental Health Sciences and Michael Garron Hospital – named in memory of Myron and Berna Garron’s late son, who was born there and later died of cancer at the age of 13. The Garrons’ $50-million donation in 2015 to what was then Toronto East General Hospital has resulted in remarkable benefits for people in the region.

"We envision SAMIH as closing the circle on providing for total patient care, from educating professionals to delivering care bedside,” said Myron and Berna Garron. “In an era of extensive shortages of vital health practitioners, we are proud to help fill this educational and training gap, especially for the underserved area of Scarborough and the Eastern GTA."

SAMIH is expected to provide numerous benefits for the area. By increasing the number of health providers who will have received U of T’s top-tier education, SAMIH will help improve access and care for patients who live in the region, extend the availability of various health-care services via its public clinics, provide opportunities for local students from diverse backgrounds to consider becoming a health professional and increase the likelihood of health professionals trained in Scarborough to practice locally.

Furthermore, the partnerships with Scarborough Health Network and Michael Garron Hospital will strengthen research and teaching links between the university and the hospitals.

“This generous investment from Myron and Berna Garron is a commitment to the future of health care; through their support of SAMIH and their partnership with Michael Garron Hospital, they’re enabling knowledge creation and sharing that will benefit our communities locally and more broadly,” said Melanie Kohn, president and CEO of Michael Garron Hospital. “The Garrons’ gift to our hospital will establish our first chair in education, in partnership with the �ؿ�ζSM, which will advance our ability to train tomorrow’s outstanding health-care leaders.”

A community of support

SAMIH was made possible by the Government of Ontario’s commitment to fund the expansion of medical education as part of its strategy to address the critical shortage of health professionals in the province.

“On behalf of Premier Doug Ford and our government, I want to thank Myron and Berna Garron for their generous donation to the Scarborough Academy of Medicine and Integrated Health,” said Sylvia Jones, Ontario’s deputy premier and minister of health. “Your support builds on the largest expansion of medical education that our government has undertaken in 15 years, training more doctors in the GTA than ever before to ensure people can access care in their communities for years to come.”

In a further boost for funding the building’s construction, Myron and Berna Garron’s donation triggers $10 million in matching funds from a $25-million gift to SAMIH from Orlando Corporation in 2022.

The five-storey, purpose-built Myron and Berna Garron Health Sciences Complex is located at U of T Scarborough at the intersection of Military Trail and Morningside Avenue, across from the Toronto Pan Am Centre, and is expected to open in the fall of 2026.

“This gift speaks to Myron and Berna Garron’s appreciation of how health-care education enables healthy lives – a key priority of Defy Gravity: The Campaign for the �ؿ�ζSM,” said David Palmer, vice-president of advancement at U of T. “We are deeply grateful for this generous donation and the impact it will have on the health of those in Scarborough and the Eastern GTA. The Garron family’s generosity exemplifies how philanthropy can help address inequities and help shape the future of health care in our communities.”

U of T leaders react

“As home to the Scarborough Academy of Medicine and Integrated Health, the �ؿ�ζSM Scarborough is delighted for this opportunity to increase our impact on the community. SAMIH will attract a diverse pool of local talent and afford graduates the ability to establish their careers in Scarborough and the Eastern GTA – an asset for students with personal ties to the region and for a population in great need of more accessible health care.”

—Linda Johnston, U of T vice-president and principal of U of T Scarborough

“Building a new health sciences complex to house this region’s first medical academy is a historic undertaking. Creating an academy that is advancing health equity as a key priority is even more exceptional. This is a unique opportunity for Temerty Faculty of Medicine to expand the reach of our world-class programs, innovate teaching models and play a critical role in a pipeline that will infuse the health-care system with a steady stream of much-needed physicians and other health-care professionals.”

—Lisa Robinson, dean, Temerty Faculty of Medicine and vice-provost, relations with health-care institutions

“Thanks to the Garrons’ substantial support of the new Myron and Berna Garron Health Sciences Complex, students from the Lawrence Bloomberg Faculty of Nursing will have the opportunity to advance their nursing expertise in a clinic that is embedded within the community. This unique interprofessional environment will ensure graduates of our nurse practitioner program are well-equipped to meet the urgent need for primary health care in the region.”

—Robyn Stremler, dean, Lawrence Bloomberg Faculty of Nursing

“We’re thrilled that U of T pharmacy students will train on rotation at the Discovery Pharmacy within the new Myron and Berna Garron Health Sciences Complex. This additional location offering clinical training in an interdisciplinary setting will be a boon to the profession, given how the scope of practice for pharmacists continues to expand and evolve to better support the people and communities we serve.”

—Lisa Dolovich, dean, Leslie Dan Faculty of Pharmacy

'Narrative reversal' is key to telling a great story in books, films and TV shows: Study

Christopher.Sorensen — Tue, 17 Sep 2024 14:59:38 +0000

'Narrative reversal' is key to telling a great story in books, films and TV shows: Study

Christopher.Sorensen Tue, 09/17/2024 - 10:59

Cutline

(photo by Klaus Vedfelt/Getty Images)

Topic

Research & Innovation

Rotman School of Management

Subheadline

Researchers found that works featuring changes of fortune, or turning points, were more popular and received better audience reviews

Writers and scholars have long debated what makes for a great story, but Samsun Knight wanted to see whether there was a way to empirically determine which stories will be snore fests and which will leave audiences hungry for more.

Using a scientist’s tools, the novelist and economist found that “narrative reversals,” or peripeteias, were the key factor – lots of them and the bigger the better.

Samsun Knight (supplied image)

Commonly known as changes of fortune or turning points, where characters’ fortunes swing from good to bad and vice versa, Knight and his colleagues found that stories rich in these mechanisms boosted popularity and engagement with audiences through a range of media, from television to crowdfunding pitches.

“The best-written stories were always either ‘building up’ a current reversal, or introducing a new plot point,” says Knight, an assistant professor of marketing at the �ؿ�ζSM’s Rotman School of Management.

“In our analysis, the best writers were those that were able to maintain both many plot points and strong build-up for each plot point across the course of the narrative.”

The research, co-authored with Matthew D. Rocklage and Yakov Bart of Boston’s Northeastern University, was recently published in the journal Science Advances.

For the study, the researchers analyzed nearly 30,000 television shows, movies, novels, and crowdfunding pitches using computational linguistics, a blend of computer science and language analysis. The approach allowed them to quantify not only the number of a reversals in a text but also their degree or intensity by assigning numerical values to words based on how positive or negative they were.

Movies and television shows with more and bigger reversals were better rated on the popular ratings site IMDb. Books with the most and biggest reversals were downloaded more than twice as often as books with the fewest reversals from the free online library Project Gutenberg. And GoFundMe pitches with more and larger reversals were as much as 39 per cent more likely to hit their fundraising goals.

The Greek philosopher Aristotle was the first to identify peripeteia as a key feature of a good story, with Oedipus Rex serving as a classic example. Other thinkers have since added their ideas, including American playwright and dramaturg Leon Katz, whose scholarship particularly inspired Knight’s research.

“[Katz] described the reversal as the basic unit of narrative – just as a sentence is the basic unit of a paragraph, or the syllogism is the basic unit of a logical proof,” Knight says.

In addition to helping psychologists understand how narrative works to educate, inform and inspire people, the findings may also benefit storytellers of all kinds.

“Hopefully our research can help build a pedagogy for writers that allows them to rely on the accumulated knowledge of Aristotle et al. without having to reinvent the wheel on their own every time,” says Knight.

That includes himself. With another novel on the way, he was recently working on a chapter with a big reveal.

“I realized that this drop might hit harder if I gave the character more positive moments before pulling the rug out from under them.”

Researchers develop new method for delivering RNA and drugs into cells

Christopher.Sorensen — Mon, 16 Sep 2024 15:02:15 +0000

Researchers develop new method for delivering RNA and drugs into cells

Christopher.Sorensen Mon, 09/16/2024 - 11:02

Cutline

PhD candidate Kai Slaughter, left, and University Professor Molly Shoichet are exploring how ionizable drugs can be used to co-formulate small interfering RNA (siRNA) for more effective intracellular delivery (supplied images)

Qin Dai

Topic

Breaking Research

Institute of Biomedical Engineering

Princess Margaret Cancer Centre

Temerty Faculty of Medicine

Donnelly Centre for Cellular & Biomolecular Research

Faculty of Applied Science & Engineering

Research & Innovation

University Health Network

Subheadline

"This could be a game-changer for treating complex conditions where targeting multiple pathways is beneficial, such as cancer and viral infections"

Researchers at the �ؿ�ζSM and its hospital partners have developed a method for co-delivering therapeutic RNA and potent drugs directly into cells, potentially leading to a more effective treatment of diseases.

The research, published recently in the journal Advanced Materials, explores how ionizable drugs can be used to co-formulate small interfering RNA (siRNA) for more effective intracellular delivery.

The team – including Molly Shoichet, the study’s corresponding author and a University Professor in U of T’s department of chemical engineering and applied chemistry in the Faculty of Applied Science & Engineering – specifically targeted drug-resistant cells with the delivery of a relevant siRNA. The siRNA was discovered study co-author and collaborator David Cescon, a clinician scientist at the Princess Margaret Cancer Centre, University Health Network, and an associate professor in U of T’s Temerty Faculty of Medicine.

“We found that our co-formulation method not only potently delivered siRNA to cells but also simultaneously delivered active ionizable drugs,” said research lead author Kai Slaughter, a PhD candidate in Shoichet’s lab.

“This could be a game-changer for treating complex conditions where targeting multiple pathways is beneficial, such as cancer and viral infections.”

siRNA is a powerful tool in medicine, capable of silencing specific genes responsible for disease, but delivering these molecules into cells without degradation remains a significant challenge. While recent innovations in ionizable lipid design have led to efficiency improvements, traditional nanoparticle formulations are limited in the amount of small molecule drugs they can carry.

When therapeutic formulations are absorbed by cells, small molecule drugs and siRNA are often trapped in small compartments called endosomes, preventing them from reaching their target destination and reducing their effectiveness.

The research team discovered that combining siRNA with ionizable drugs – compounds that change their charge based on pH levels – enhances the stability and delivery efficiency of siRNA inside cells, helping both the siRNA and drug escape the endosome and more effectively reach their destination. This novel method utilizes the protective properties of lipids to safeguard siRNA during its journey through the body and ensure the release of RNA and the drug together within the target cells.

“One of the biggest hurdles in siRNA therapy has been getting these molecules to where they need to go without losing their potency,” Shoichet says.

“Our approach using ionizable drugs as carriers marks a significant step forward in overcoming this barrier, while also showing how drugs and RNA can be delivered together in the same nanoparticle formulation.”

‘A space for everyone’: U of T Mississauga prepares to host second annual All-Nations Powwow

Christopher.Sorensen — Tue, 10 Sep 2024 15:21:04 +0000

‘A space for everyone’: U of T Mississauga prepares to host second annual All-Nations Powwow

Christopher.Sorensen Tue, 09/10/2024 - 11:21

Cutline

Dancers perform during the inaugural All-Nations Powwow at U of T Mississauga in 2023 (photo by Nick Iwanyshyn)

Topic

Undergraduate Students

When you invite everyone, you need to make sure you have plenty of space.

With that in mind, the �ؿ�ζSM Mississauga’s All-Nations Powwow will be moving outdoors this year.

“A Powwow is a space for everyone,” says event co-lead dancer John Hupfield, who is Anishinaabe from Wasauksing First Nation. “A Powwow is not a show. It is a space to work and gather together, share and pass tradition with everyone.

“That’s the beautiful aspect of it and I hope it continues to grow at UTM.”

The free Sept. 28 event is hosted by the U of T Mississauga Indigenous Centre (UTMIC) and will be held on the north field in front of Maanjiwe nendamowinan, also known as MN.

Moving the event to an outdoor venue is welcome news for Hupfield, who specializes in grass dancing.

“Traditionally, when our people relocate, folks are sent out ahead to pat down the grass to allow work and settling to be done on the land,” he says. “It is done with song and ceremony – so when the people arrive, they know this place is safe. It is a way of taking care of the community.”

Community is a huge part of Powwows, adds Hupfield, who pursued his postdoctoral research in Indigenous forms of movement on both the U of T Mississauga and St. George campuses.

He says he is honoured to have been asked to lead the dancers into this year’s Powwow as part of the grand entry ceremony.

“It’s really humbling,” says Hupfield, who also assists the UTMIC with firekeeping in the Tipi on Principal’s Road for events that require sacred fire, as well as giving guest talks and dance demonstrations. “It’s a big responsibility and a chance to invite and honour all who came before us.”

Among the dancers he will be leading is MJ Singleton, a fourth-year U of T Mississauga student who is double majoring in psychology and criminology law and society.

Singleton, who is Anishinaabe and a two-spirit person, will be participating in both the fancy shawl and jingle dress events. They say they became involved in the Powwow through host group UTMIC, where they have participated in beadwork seminars and luncheons, led a paint session and helped create a community art installation for the MN building. Singleton says the centre, and Office of Indigenous Initiatives Director Tee Duke and Special Projects Officer Jessica Tabak, have been vital in helping them adjust to life at university.

“I didn’t grow up in a city – I was in a small northwestern town, four hours west of Thunder Bay, so coming from there and transitioning to Mississauga was a big challenge,” says Singleton, 21.

“Through the Indigenous Centre, I was able to meet people who were having a similar experience moving from up north to the hustle and bustle of southern Ontario. They gave us community.”

Singleton, who designed the Every Child Matters charity shirt sold in campus bookstores, says hosting an event like a Powwow at U of T Mississauga goes a long way to help Indigenous students overcome their feelings of isolation, and that the gathering and amplifying of Indigenous voices on campus is an important part of U of T’s ongoing reconciliation process.

“To be able to see everyone in person and celebrate with other people is really important,” says Singleton, who plans to take their U of T Mississauga education home to Migisi Sahgaigan First Nation (Eagle Lake) to help improve legal representation for Indigenous people in northern communities.

“Having access is especially important for those who have never been to a Powwow.”

Singleton says the benefits are magnified in places like U of T Mississauga, which draws students from around the world.

“UTM has such an amazing and diverse population of international students and local students who have never seen a Powwow, so this is a chance to learn about our culture,” Singleton says, noting they discovered a new relative through interaction at last year’s event.

“One of my best friends is from Peru and she thought last year’s Powwow, her first, was the most amazing thing. We had so much fun and I was so proud.”

Singleton says they hope many first-timers will turn out for the event and share in the spirit of community. In addition to a full afternoon of traditional ceremonies, singing and dancing, there will also be a marketplace featuring Indigenous-owned businesses.

“Come with an open mind, come with an open heart,” Singleton says. “Get to know the people in regalia, make those connections, form friendships and celebrate us as a people. It’s wonderful to be able to invite people of all kinds to dance during intertribal. It’s just so much fun for everyone.”