SCHOFIELD, Stephen – Arts visuels et médiatiques, Université du Québec à Montréal Professor and renowned artist for the variety and the quality of his practice namely in sculptures, Stephen Schofield has lead an exceptional career for over thirty years in Canada and abroad. Considered as one the most important artists who have transformed Canadian contemporary sculpture, his works are exhibited in the most famous museums, galleries and artist centres in Canada.

SCHOFIELD, Stephen – Arts visuels et médiatiques, Université du Québec à Montréal Professeur et artiste reconnu pour la richesse et la variété de sa pratique, notamment en sculpture, Stephen Schofield mène une carrière remarquable depuis trente ans au Canada et à l’étranger, notamment à New York et Paris. Considéré comme l’un des artistes canadiens ayant le plus transformé le paysage de la sculpture contemporaine au Canada, ses oeuvres sont exposées dans les plus importants musées, galeries et centres artistiques au pays.

LOEB, Stephen J - Department of Chemistry & Biochemistry, University of Windsor Stephen Loeb is a Professor and Tier 1 Canada Research Chair in the Department of Chemistry and Biochemistry at the University Windsor. He is a world leader in the design of molecular machines and supramolecular chemistry. His group has developed a wide variety of methodologies for the preparation of mechanically interlocked molecules with novel switching mechanisms. He was the first to demonstrate that molecular machines could be organized at the nanoscale and made to function inside the pores of solid-state materials.

Stephen Loeb, professeur et titulaire de la Chaire de recherche du Canada est un chef de file mondial dans la chimie des machines moléculaires et de la chimie supramoléculaire. Son groupe de recherche a développé une grande variété de méthodologies pour la préparation de molécules mécaniquement interconnectes, avec de nouveaux mécanismes de commutation. Il a été le premier à démontrer que les machines moléculaires peuvent être organisées à l'échelle nanométrique et peuvent fonctionner à l'intérieur des pores des matériaux solides.

TOOPE, Stephen J. – Vice-Chancellor, University of Cambridge Stephen J. Toope publishes in leading journals on human rights, international dispute resolution, the use of force, and legal theory. He has won Canadian and international publishing awards, and lectures at universities around the world. An academic leader in three Canadian provinces, he has also undertaken many public service roles in Canada and for the UN.

Stephen J. Toope est l’auteur de publications dans des revues spécialisées sur les droits de la personne, la résolution de conflits internationaux, l’usage de la force et la théorie du droit. Il est lauréat de prix de publication canadiens et internationaux, et enseigne dans des universités du monde entier. Universitaire de renom dans trois provinces canadiennes, il a aussi endossé de nombreuses fonctions dans le service public au Canada et aux Nations Unies.

ARCHER, Stephen - Department of Medicine, Queen's University Dr. Stephen Archer is Professor and Head of Medicine at Queen’s University and a world-renowned cardiologist and leader in several research fields, including oxygen sensing, vascular biology, and the experimental therapeutics of pulmonary hypertension and, more recently, cancer. He has made numerous discoveries that can undisputedly be considered firsts, particularly in regards to defining the roles of mitochondrial fission/fusion and metabolism in oxygen-sensing and cell proliferation.

Simon Collin is a digital education specialist. His scientific work stands out due to his strong leadership and the social sensitivity that guides his research interests. His scientific work has contributed to the advancement of knowledge about digital education, both epistemologically, theoretically and methodologically. He has also started several research groups in his field of study.

Simon Collin est spécialiste du numérique en éducation. Son activité scientifique se démarque par le fort leadership dont il fait preuve et par la sensibilité sociale qui oriente ses intérêts de recherche. Ses travaux scientifiques ont contribué à l’avancement des connaissances sur le numérique en éducation, tant sur les plans épistémologique et théorique que méthodologique. Il est également à l’origine de plusieurs groupes de chercheurs dans son domaine d’étude.

Stephen Guy-Bray was one of the first Canadian scholars working in what was then Gay and Lesbian Studies; he has continued to make significant contributions in this field for the last thirty years. He specializes in Renaissance poetry and in poetics. He has been instrumental in extending queer theory to a consideration of how queerness inheres in literariness and in poetics.

Stephen Guy-Bray a été l’un des premiers chercheurs canadiens à travailler au sein de ce qui s’appelait à l’époque études gaies et lesbiennes. Cela fait maintenant trente ans qu’il y fait d’importantes contributions. Il se concentre particulièrement sur la poésie de la renaissance et sur la poétique. Une de ses plus grandes contributions a été d’étendre la théorie queer jusqu’à la valorisation d’un aspect queer qui est inhérent à la littérarité et à la poétique.

Professor Stephen McAdams is one of the world’s top researchers in the cognitive dynamics of music listening. Holder of a Canada Research Chair in Music Perception and Cognition at McGill University since 2004, he is exceptionally gifted at bridging the disciplines of the arts, humanities, and social sciences. His research has revolutionized the role of cognition within music scholarship, through collaborations with music theorists, composers, performers, conductors, and music technologists.

Le professeur Stephen McAdams est l’un des plus éminents chercheurs au monde dans le domaine de la dynamique cognitive de l’écoute musicale. Titulaire de la Chaire de recherche du Canada en perception et en cognition musicales à l’Université McGill depuis 2004, il est exceptionnellement doué pour faire le lien entre les disciplines des arts, des sciences humaines et des sciences sociales. Ses recherches ont révolutionné le rôle de la cognition dans la recherche musicale grâce à ses collaborations avec des théoriciens de la musique, des compositeurs, des interprètes, des chefs d’orchestre et des technologues de la musique.

Long Citation Stephen Scherer is one of Canada's leading geneticists making seminal contributions to the understanding of the human genome. He is internationally known for contributions to decoding the sequence of human chromosome 7, including the identification of 20 disease causing genes. His group also discovered the phenomena of large structural alterations as a common type of variation in the human genome contributing to both disease and evolution of chromosomes. He has published over 650 publications, won numerous awards including the Steacie Prize, a Howard Hughes Medical Institute Scholarship, the Premier’s Summit Award for Medical Research, the Killam Prize, and multiple Honorary degrees. Dr. Scherer is currently the Chief of Research at The Hospital for Sick Children (SickKids) in Toronto, Canada. Short Citation Stephen Scherer is an internationally known geneticists making seminal contributions to the understanding of the human genome. His group discovered the phenomena of large structural alterations as a common type of variation in the human genome contributing to both disease and evolution of chromosomes. Dr. Scherer has won numerous awards including the Steacie Prize, a Howard Hughes Medical Institute Scholarship, the Premier’s Summit Award for Medical Research, the Killam Prize, and multiple Honorary degrees. Dr. Scherer is currently the Chief of Research at The Hospital for Sick Children (SickKids) in Toronto, Canada.

Stephen Walter has an outstanding international reputation for his work in developing and applying statistical methods in biomedical research. His numerous publications have had particular impact in the evaluation of disease screening and diagnostic tests, in clinical trials, and through collaborations with clinical colleagues. Dr. Walter’s seminal contributions to research and innovations in epidemiology and clinical medicine rank him as one of the premier biostatistical scientists in Canada.

Stephen Walter jouit d’une réputation internationale extraordinaire pour son travail dans la mise au point et l’application de méthodes statistiques en recherche biomédicale. Ses nombreuses publications ont eu de profondes répercussions sur l’évaluation des tests de dépistage et de diagnostic de maladies menés lors d’expériences cliniques et par des collègues cliniciens. Son apport fondamental à la recherche et à l’innovation dans les domaines de l’épidémiologie et de la médecine clinique le range incontestablement parmi les plus grands spécialistes de la biostatistique au Canada.

Stephen Wyatt studies social, political and economic issues related to indigenous engagement in sustainable use and management of natural resources—key questions for contemporary Canada. He innovates with interdisciplinary and inter-scale approaches seeking to untangle the complex web of issues and interactions, going beyond individual cases to develop policy responses. He collaborates with Canadian and international researchers and supervises students from a variety of institutions.

Stephen Wyatt travaille sur les enjeux sociaux, politiques et économiques reliés à l’engagement autochtone et à l’exploitation durable des ressources naturelles – des thématiques clés pour le Canada contemporain. Ses approches interdisciplinaires et inter-échelles visant à démêler l’écheveau complexe d’enjeux et d’interactions sont innovantes et vont au-delà des cas particuliers afin qu’elles trouvent des réponses au niveau politique. M. Wyatt collabore avec des chercheurs nationaux et internationaux et dirige des étudiants de diverses institutions.

STEPHEN K BURLEY, Professor and Head of Laboratory, The Rockefeller University, is a structural biologist working in the field of eukaryotic gene regulation. Using X-ray crystallography and other methods derived from chemistry and physics, he has established an innovative, internationally-recognized program of research aimed at discovering the precise molecular mechanisms responsible for controlling messenger RNA production in eukaryotes. His remarkable pioneering studies of the structure and function of the TATA box-binding protein, a universal eukaryotic transcription factor required for expression of every gene in every cell, revealed an unprecedented mode of DNA bending/recognition, providing detailed molecular insights into the problem of understanding eukaryotic gene expression.