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Dr. Mitchell Winnik
Membre de la SRC, Academy of Sciences
Affiliation: University of Toronto
Keywords: Block copolymer micelles, polymer interfaces, metal-chelating polymers for early cancer detection, latex films
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Dr. Winnik is known internationally for his pioneering contributions to fluorescence spectroscopy for the study of polymer materials. He has shown how energy transfer experiments can be used to study diffusion of polymers across interfaces, and used these methods to solve long outstanding problems associated with formation of films from latex particle dispersions. A key feature of the Winnik Group research is its close connection with industry. They identify areas where the advancement of a technology requires new fundamental knowledge about polymer systems, and create new methods to obtain that knowledge.
Prof. Catharine Winstanley
Membre du collège RSC
Affiliation: The University of British Columbia
Induction Year: 2020
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Catharine Winstanley explores the neurobiology underlying impulsivity and decision making, in order to improve treatments for addiction and compulsive disorders. Her work shows that pairing wins with casinoinspired sounds and lights during gambling simulations increases risky choice in rats and humans, and also alters the sensitivity of the dopamine system. This research may help explain why electronic gambling games are so addictive, and why drug and gambling addictions often co-occur.
Catharine Winstanley étudie la neurobiologie qui sous-tend l’impulsivité et la prise de décision, dans le but d’améliorer les traitements contre la dépendance et les troubles compulsifs. Son travail démontre que l’association des gains avec des sons et des lumières de type casino pendant les simulations de jeu augmente la tendance à prendre des décisions risquées chez les rats et les humains, et modifie aussi la sensibilité du système dopaminergique. Cette recherche peut aider à expliquer pourquoi les jeux de hasard électroniques sont si addictifs et pourquoi la toxicomanie et la dépendance au jeu coexistent bien souvent.
Dr. Mark Winston
Membre de la SRC, Academy of Sciences
Affiliation: Simon Fraser University
Keywords: Apiculture, agricultural policy, genetically modified crops, pest management, dialogue
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Mark Winston excels at both science and public communication of scientific concepts and controversy. He has pioneered research on honey bee demographics, swarming, division of labor and "killer" bees. His award-winning studies that elucidate how the queen uses her mandibular gland pheromone to control her retinue of workers have led to new products that enhance pollination and calm worker bees for international shipment. He is a prolific contributor to scientific journals. His recent writings on environmental issues and science policy have culminated in two highly acclaimed books, "Nature Wars: People versus Pests" and "Travels in the Genetically Modified Zone."
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Mark Winston has pioneered research on honeybee demographics, swarming, division of labour and "killer" bees. His award-winning studies that elucidate how the queen uses her mandibular gland pheromone to control her retinue of workers have led to new products that enhance pollination and calm worker bees for international shipment.
Prof. Meghan Winters
Membre du collège RSC
Affiliation: Simon Fraser University
Induction Year: 2022
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Dr. Meghan Winters is a CIHR Applied Public Health Research Chair in Gender and Sex in Healthy Cities. She is a population health researcher leading intersectoral scholarship to understand how city design impacts mobility, safety, and health, and also equity considerations within cities’ policy and plans. She works with decision-makers and community groups at intersection of health, urban planning, and transportation to generate actionable evidence and tools to shape livable, sustainable, and equitable cities.
Meghan Winters est titulaire d’une chaire de recherche appliquée en santé publique des IRSC sur le genre et le sexe dans les villes en santé. Chercheuse en santé des populations, elle dirige des études intersectorielles visant à comprendre comment la conception des villes influe sur la mobilité, la sécurité et la santé, ainsi que les considérations d’équité prises en compte dans les politiques et les plans des villes. Elle travaille avec des décideurs et des groupes communautaires sur des questions touchant à la fois à la santé, à l’urbanisme et au transport afin de générer des preuves et des outils exploitables pour façonner des villes vivables, durables et équitables.
Prof. Elke Winter
Membre du collège RSC
Affiliation: University of Ottawa
Keywords: sociologie, immigration, relations interethniques, citoyenneté, multiculturalisme, Canada, Québec, Europe
Induction Year: 2014
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Elke Winter is a sociologist with expertise in Canadian and European societies. Her comparative studies on interethnic relations, multiculturalism and citizenship have earned her the reputation of leading expert in her field, as attested by several prestigious awards. She is an alumna of the German National Academic Foundation, the University of Ottawa’s Young Researcher of the Year, and a recipient of the Canadian Sociological Association’s John Porter Award.
Sociologue de formation, Elke Winter est une experte des sociétés canadienne(s) et européennes. Elle est désormais reconnue comme chef de file dans son domaine grâce à ses recherches comparatives sur les relations interethniques, le multiculturalisme et la citoyenneté, comme en témoignent les nombreux prix prestigieux dont elle a été récipiendaire. Ancienne boursière de la Fondation universitaire allemande, elle s’est également vue décerner le Prix jeune chercheuse de l’année de l’Université d’Ottawa et le Prix John Porter de la Société canadienne de sociologie.
Prof. Daniel Wise
Membre de la SRC, Academy of Sciences
Affiliation: McGill University
Keywords: Geometry, Topology, Geometric Group Theory, 3-manifolds, Artin Groups
Induction Year: 2014
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WISE, Daniel – Department of Mathematics and Statistics, McGill University
Daniel Wise is one of the world’s top geometric group theorists. His fundamental contributions stand at
the core of the most important development in geometry and topology since the proof of the Poincaré
Conjecture, namely the proof of Thurston’s virtually fibered conjecture for hyperbolic three-manifolds.
The profound impact and originality of Wise’s work have been recognized through several major awards, including
the Veblen Prize of the American Mathematical Society.
WISE, Daniel – Department of Mathematics and Statistics, McGill University
Daniel Wise est un des meilleurs théoriciens des groupes géométriques au monde. Ses contributions
fondamentales sont au centre du développement le plus important en géométrie et topologie depuis la
preuve de la conjecture de Poincaré, a savoir celle de la conjecture virtuellement fibrée de Thurston sur les
trois-variétés hyperboliques. L’impact profond des travaux de Wise a été reconnus par plusieurs prix majeurs, dont le
Prix Veblen de l’American Mathematical Society.
Dr. Roy Wise
Membre de la SRC, Academy of Sciences
Affiliation: National Institute on Drug Abuse
Keywords: Addiction, reward, feeding, dopamine
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Roy Wise has made important contributions to knowledge about the systems of the brain underlying rewarding properties of drugs. He was the first to formulate the hypothesis that drugs of abuse have as their common substrate the dopaminergic systems of the midbrain. He has combined behavioral and neurochemical techniques to determine the changes in this system that accompany drug self-administration. Wise's work has brought the study of drug abuse into the realm of the study of the brain mechanisms underlying natural rewards, and it has transformed both experimental and clinical approaches to drug abuse.
Dr. David Wishart
Membre de la SRC, Academy of Sciences
Affiliation: University of Alberta
Keywords: Bioinformatics, Metabolomics, Structural Biology, Precision Medicine, Nanotechnology
Induction Year: 2017
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WISHART, David - Departments of Biological Sciences and Computing Science, University of Alberta
David Wishart is a scientist at the University of Alberta. He has made important research contributions to structural biology and metabolomics. In the 1990s, he discovered fast and efficient methods to help determine protein structures. In the mid 2000s, he directed the Human Metabolome Project, a multi-year project that helped give birth to the field of metabolomics. The resources he created are now accessed by millions of users each year.
David Wishart est un scientifique à l'Université de l'Alberta. Il a apporté d'importantes contributions de recherche à la biologie structurale et à la métabolomique. Dans les années 1990, il a découvert des méthodes rapides et efficaces pour aider à déterminer les structures protéiques. Au milieu des années 2000, il a dirigé le Human Metabolome Project, un projet pluriannuel qui a aidé à donner naissance au domaine de la métabolomique. Les ressources qu'il a créées sont maintenant accessibles par des millions d'utilisateurs chaque année.
Dr. Sandra Witelson
Membre de la SRC, Academy of Sciences
Affiliation: McMaster University
Keywords: Neuroscience, cognition, neuroimaging, neuroanatomy, sex difference
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Sandra Witelson, Professor of Psychiatry at McMaster University, has an international reputation for the scientific study of brain-behaviour relations. She has established a unique bank of human brains for which there are prospective neuropsychological data, and has discovered that there are both sex and handedness differences in the morphology of the corpus callosum and the temporal cortex. She has developed techniques for assessing functional cerebral asymmetries through tactual stimulation, and has related these to language disorders. Her interests in sexual differentiation have also led to research on the neurobiology of sexual preference, and to major contributions in developmental neurobiology.
Dr. Stephen Withers
Membre de la SRC, Academy of Sciences
Affiliation: The University of British Columbia
Keywords: Enzymology, carbohydrates, mechanisms of reaction, glycosidases, proteins
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Professor Stephen Withers is one of the foremost authorities on the operation of glycosidases, enzymes that catalyze the decomposition of carbohydrate polymers like cellulose. His strategy for trapping glycosidase reaction intermediates is used in many laboratories worldwide. Withers recently showed that the textbook mechanism for the enzyme lysozyme, a mechanism taught to many hundreds of thousands of students each year, is incorrect.
Prof. Victoria Wohl
Membre de la SRC, Academy of the Arts and Humanities
Affiliation: University of Toronto
Induction Year: 2025
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Victoria Wohl, Distinguished Professor of Classics at University of Toronto, is an internationally recognized scholar of classical Greek literature and culture. Her pioneering work on Greek drama, historiography, and law bridges disciplinary divides to illuminate the psychic life and political culture of democratic Athens. Combining rigorous literary analysis with theoretical sophistication, her innovative scholarship expands the boundaries of ancient Greek literature and sustains a conversation between ancient and modern thought.
Victoria Wohl, professeure émérite de lettres classiques à la University of Toronto, est une sommité internationale de la littérature et de la culture grecques classiques. Ses travaux pionniers sur le théâtre, l’historiographie et le droit grecs transcendent les frontières disciplinaires pour mettre en lumière la vie psychique et la culture politique de l’Athènes démocratique. Alliant une analyse littéraire rigoureuse à une grande sophistication théorique, ses recherches novatrices repoussent les limites de la littérature grecque antique et alimentent le dialogue entre la pensée antique et la pensée moderne.
Prof. David Wolfe
Membre de la SRC, Academy of Social Sciences
Affiliation: Western University
Keywords: child abuse; domestic violence; violence prevention
Induction Year: 2018
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WOLFE, David - Faculty of Education, Western University
Dr. David Wolfe is a psychologist specializing in issues affecting children and youth. He has pioneered new approaches to preventing many societal youth problems such as child abuse, bullying, relationship violence, and substance abuse through universal education programs. His Fourth R program is taught in over 5000 schools in Canada and the US, and has been identified as a promising violence prevention strategy by numerous reviews of evidence-based programs for youth.
Dr. David Wolfe est psychologue qui se spécialise dans les problèmes qui affectent les enfants et les jeunes. Il a commencé de nouvelles approches pour prévenir les problèmes sociaux chez les jeunes tels que les mauvais traitements infligés aux enfants. Brutalités, la violence dans les relations, et l’abus de substances à travers des programmes de l’éducation universelle. Son programme Fourth R est enseigné dans plus de 5000 écoles au Canada et aux États Unis, et a été identifié comme une stratégie prometteuse dans la prévention de la violence par nombreuses revues des programmes fondés sur des preuves.
H. Wolfart
Membre de la SRC, Academy of the Arts and Humanities
Affiliation: University of Manitoba
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H.C. Wolfart, University Distinguished Professor of Linguistics at the University of Manitoba, has made an outstanding contribution to the study of human language. His writings draw on the classical languages (Latin, Greek, Sanskrit, Arabic) and modern European evidence as well as the Algonquian languages of North America; they cover a wide range of linguistic, philological, bibliographic, historical, and literary topics. He has studied the maintenance of language boundaries among nomadic and sedentary populations, and his investigations of spoken languages are complemented by studies of early records and the analytical principles embodied in them. His most significant contribution has been in the field of linguistic analysis, especially in the grammatical and semantic analysis of spoken texts. He is best known for his grammar of the Cree language (1973) and for text editions, published in the Cree original accompanied by a translation, which present and document one of the major indigenous literatures of Canada.
Robert Wolkow
Membre de la SRC, Academy of Sciences
Affiliation: University of Alberta
Keywords: Scanning tunneling microscopy, silicon, surface science, nanotechnology, molecular devices
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Robert Wolkow has made seminal contributions to the field of scanning tunneling microscopy (STM). He performed the first atomic-scale study of a surface reaction, initiating a new field. He developed the first tunable temperature cryogenic STM and with it determined the structure of Si(l 00), solving a classic problem. He was first to capture the dynamics of silicon atoms settling in to epitaxial positions on a silicon surface. His direct observation of a precursor to chemical bond formation is a breakthrough. He has determined the absolute chirality of individual molecules. His work has substantially advanced the field of organic-silicon interfaces.
Prof. Alexander Wong
Membre du collège RSC
Affiliation: University of Waterloo
Keywords: medical imaging, computational imaging, artificial intelligence
Induction Year: 2020
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Alexander Wong is internationally recognized for his pioneering contributions to operational artificial intelligence and computational medical imaging. As a Canada Research Chair at the University of Waterloo, his work on scalable and explainable deep learning aims at making AI technology accessible to everyone, and at gaining a deeper understanding in how neural networks think. A prolific innovator, his creative work in computational medical imaging has led to the invention of a new form of MRI designed for cancer detection, the first blood-flow imaging system for observing arterial and venous flow from a distance, and a spectral light-field fusion microscope without lenses.
Alexander Wong est reconnu sur le plan international pour ses contributions pionnières en intelligence artificielle opérationnelle et imagerie médicale informatisée. Titulaire d’une Chaire de recherche du Canada à la University of Waterloo, ses travaux sur l’apprentissage profond mesurable et explicable visent à rendre la technologie de l’intelligence artificielle accessible à tout le monde et à acquérir une meilleure compréhension de la manière de penser des réseaux neuronaux. Inventeur prolifique, ses travaux créatifs en imagerie médicale informatisée ont mené à la création d’une nouvelle forme d’IRM conçue pour la détection des cancers, le premier système d’imagerie du flux sanguin pour l’observation à distance des flux artériels et vénaux, et un microscope à lumière spectrale sans lentilles.
Wendy Wong
Membre du collège RSC
Affiliation: University of Toronto
Induction Year: 2021
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Wendy H. Wong is the Canada Research Chair in Global Governance and Civil Society and Professor of Political Science at the University of Toronto. She is an internationally-recognized, award-winning scholar who adopts a unique interdisciplinary perspective to study the organizational dynamics of collective action by nongovernmental organizations (NGOs), international human rights, and emerging technologies’ effect on politics and society. As Research Lead, Schwartz Reisman Institute, she is advancing human rights-based, data governance research.
Wendy H. Wong est titulaire de la Chaire de recherche du Canada sur la gouvernance mondiale et la société civile et professeure de science politique à l’Université de Toronto. Chercheuse primée et reconnue au niveau international, elle adopte une perspective interdisciplinaire unique pour étudier la dynamique organisationnelle de l’action collective des organisations non gouvernementales (ONG), les droits humains internationaux et l’effet des technologies émergentes sur la politique et la société. En tant que directrice de recherche à l’Institut Schwartz Reisman, elle fait progresser la recherche sur la gouvernance des données fondée sur les droits humains.
Dr. Roderick Wong
Membre de la SRC, Academy of Sciences
Affiliation: University of Hong Kong
Keywords: Mathematics
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Professor Wong is one of the very top leaders internationally in the important, widely cultivated, extensively applied and extraordinarily difficult field of asymptotic analysis. His work is characterized by great power, strict rigour, deep insight, imaginative originality, remarkable clarity and by wide-ranging applicablity within mathematics and to physics, engineering and statistics. In the asymptotics of integrals containing a parameter, subsuming such important transforms as those of Hankel, Hilbert, Kantorovich-Lebedev and Stieltjes, his novel methods yielded complete expansions and computable error bounds, all completely rigorously.
Prof. Gane Ka-Shu Wong
Membre de la SRC, Academy of Sciences
Affiliation: University of Alberta
Induction Year: 2023
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Gane Ka-Shu Wong is a pioneer in genomics, a new discipline that has impacted all of
life sciences. By leading first-in-kind projects like the rice genome and 1000 plants (1KP)
initiative, he created essential bioinformatics tools, released unprecedented amounts of
sequence data, and launched world-renowned organizations. These activities changed our
perceptions of large-scale sequencing strategies, revolutionized evolutionary studies of
biodiverse species, and led to novel treatments for retinal blindness.
Gane Ka-Shu Wong est un pionnier de la génomique, une nouvelle discipline qui a eu un impact sur l'ensemble des sciences de la vie. En dirigeant des projets inédits tels que celui sur le génome du riz et l'initiative 1000 plantes (1KP), il a créé des outils bio-informatiques essentiels, publié des quantités sans précédent de données de séquences et lancé des organisations de renommée mondiale. Ces activités ont changé notre perception des stratégies de séquençage à grande échelle, ont révolutionné les études de l'évolution de la biodiversité et ont conduit à de nouveaux traitements de la cécité rétinienne.
Dr. Max Wong
Membre de la SRC, Academy of Sciences
Affiliation: McMaster University
Keywords: Statistical signal processing, communication systems
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Long Citation
K. Max Wong is a leader in signal processing. His research ranges from fundamental theory and algorithms to applications and designs of signal processors in communication, radar, and sonar systems. His work brought high resolution array processing methods into practical use in non-ideal environments. He pioneered applications of convex optimization to signal processing and solved design problems in line and wireless communications previously considered impossible. Author of over 200 technical papers, his inventions include the transmultiplexer and the wavelet echo canceller used in daily telephone systems while his algorithms in target detection and estimation are implemented in our defence systems.
Short Citation
K. Max Wong is a leader in signal processing who pioneered applications of convex optimization to signal processing and solved design problems in line and wireless communications previously considered impossible. His research ranges from fundamental theory and algorithms to applications and designs of signal processors in communication, radar, and sonar systems.
Dr. Chris M M. Wood
Membre de la SRC, Academy of Sciences
Affiliation: McMaster University
Keywords: Fish, crustaceans, aquatic toxicology, physiology, environmental regulation
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Chris Wood is a world leader in the areas of fish physiology and aquatic toxicology. He has fundamentally changed our understanding of how fish maintain acid-base balance and regulate internal levels of ions and nitrogen. His research also reveals how such homeostatic mechanisms are perturbed by the effects of acid rain, global warming and metal contaminants. His studies of how metal toxicants act in aquatic environments have changed how regulatory agencies set acceptable environmental levels for toxic metals. He is one of the most cited researchers in animal biology, and has trained numerous scientists from Canada and around the world.
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Chris Wood is a world leader in the areas of fish physiology and aquatic toxicology. He has fundamentally changed our understanding of how fish maintain acid-base balance and regulate internal levels of ions and nitrogen. His research also reveals how such homeostatic mechanisms are perturbed by the effects of acid rain, global warming and metal contaminants.
Dr. James Robert Woodgett
Membre de la SRC, Academy of Sciences
Affiliation: University of Toronto
Keywords: Signal transduction, cell biology, neuroscience, cancer
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James Woodgett is Head of Experimental Therapeutics at the Ontario Cancer Institute and a major contributor to our understanding of the mechanisms by which proteins can convey signals and regulate cell activity. He began with studies of a protein regulator of glycogen metabolism (GSK-3); he showed that GSK is part of the signal pathway that is important in hepatic apoptosis. Woodgett's major work has been the elucidation of the signaling pathway triggered by genotypic stress. The Stress Activated Protein Kinase (SAPK) pathway is important in cellular response to drugs and may play a key role in resistance to cancer chemotherapy. His accomplishments have been recognized by appointment as Senior MRC Scientist, early promotion to full professor and appointment as Head of Experimental Therapeutics at the Ontario Cancer Institute.
Alexander Woodside
Membre de la SRC, Academy of the Arts and Humanities
Affiliation: The University of British Columbia
Keywords: Modern Asian history
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Alexander Barton Woodside, Professor in the Department of History, University of British Columbia since 1975, established himself as a leading historian in both Modern Chinese and Modern Vietnamese history by his first book, "Vietnam and the Chinese Model" (Harvard University Press, 1971), which was a pioneering study of the interaction of indigenous cultural patterns and Chinese influence in structuring Vietnamese society and government in the nineteenth century. Since then he has published further important studies on modern Vietnam and has also made innovative contributions on the history of education in the late Imperial period in China.
Dr. Arch Woodside
Membre de la SRC, Academy of Social Sciences
Affiliation: Boston College
Keywords: Buying, advertising, products, tourism, psychology
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Arch Woodside, Professor of Marketing, Carroll School of Management, Boston College, is one of the world's leading authorities on marketing and consumer psychology. Among his 350 academic journal articles (published in some 35 different major scientific journals) and conference proceedings papers and 24 books, he has contributed many articles identified in the scientific literature as seminal studies. His citations count places him in the 99.99 percentile among full professors. He has been recognized as a Fellow of the American Psychological Association, the American Psychological Society and the Society for Marketing Advances. He has served as a Distinguished Visiting Professor of Marketing at 12 universities in Canada, Finland, Hungary, Croatia, Colombia, New Zealand, Australia, Austria, the United States and the United Kingdom. Since 1974, he has served as the editor of a leading academic journal in his field, the Journal of Business Research.
Dr. Daniel Woolf
Membre de la SRC, Academy of the Arts and Humanities
Affiliation: Queen's University
Keywords: Historiography, British, culture, Tudors, Stuarts, global
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Long Citation
Daniel Woolf’s major writings have transformed the history of oral, literate and print culture, as well as the history of historical writing. His publications have explored attitudes to the past in Britain from the sixteenth to the early eighteenth centuries, the nature of oral culture, and the social history of the book. Exploiting dozens of archives throughout England, he has developed a rounded picture of popular historical beliefs and established a convincing model for the "social circulation" of knowledge within and between social strata. Finally, he has been a significant force in the "globalization" of historiography through various editorial projects.
Short Citation
Daniel Woolf’s major writings have transformed the history of oral, literate and print culture, as well as the history of historical writing. Exploiting dozens of archives throughout England, he has developed a rounded picture of popular historical beliefs and established a convincing model for the "social circulation" of knowledge within and between social strata.






