Dingwell, Donald Bruce - Experimental Geosciences - University of Munich - LMU For the establishment of the experimented investigation of melts and magma as a vital component of earth sciences, with implications for earth evolution, element enrichment volcanic mitigation and the physical chemistry of the liquid state. ------------------ Dingwell, Donald Bruce - Experimental Geosciences - University of Munich - LMU Donald Dingwell has established the experimental investigation of the properties and behavior of magma as a vital component of the earth sciences. He has led the transformation of petrology and volcanology into disciplines where the principles of physicochemical materials are routinely applied, yielding great advances in our understanding of the role of the melting in the evolution of the earth and terrestrial planets; the enrichments of chemical elements to economic levels in major ore deposit; the interpretation and guidance of monitoring of active volcanic systems; and the fundamental physical chemistry of the liquid state as a viewed from high temperature silicate melts.

Long Citation Donald Douglas is known for his contributions to mass spectrometry. First in industry, then at the University of British Columbia through an Industrial Research Chair, Douglas has used his strong background in physical chemistry to make many innovative contributions to new instrumentation and to fundamental studies of ion chemistry. He is noted for developing the first commercial inductively coupled plasma mass spectrometer system for trace element analysis, for new technologies leading to high performance bench top mass spectrometers, and for his fundamental studies of protein ions. Many of his inventions have been commercialized in Canada. Short Citation Donald Douglas has used his strong background in physical chemistry to make many innovative contributions to new instrumentation and to fundamental studies of ion chemistry. He developed the first commercial inductively coupled plasma mass spectrometer system for trace element analysis, developed new technologies leading to high performance bench top mass spectrometers, and contributed to fundamental studies of protein ions.

Jennifer Llewellyn is a leading public intellectual on justice transformation and a world leader in restorative justice. Her scholarship and practice have been ground-breaking for justice systems and other social institutions. She is the Yogis & Keddy Chair in Human Rights Law and the Donald R. Sobey Foundation Chair in Restorative Justice and founded the first Restorative Research, Innovation and Education Lab. She won the SSHRC Impact Award in 2018.

Jennifer Llewellyn est une intellectuelle publique de premier plan dans le domaine de la transformation de la justice et une leader mondiale de la justice réparatrice. Ses travaux universitaires et sa pratique ont été révolutionnaires pour les systèmes judiciaires et d’autres institutions sociales. Elle est titulaire de la Chaire Yogis & Keddy en droit de la personne et de la Chaire de la Fondation Donald R. Sobey en justice réparatrice. Elle a également fondé le premier laboratoire de recherche, d’innovation et d’éducation en matière de réparation. Elle a remporté le prix Impact du CRSH en 2018.

LONG Donald Stuss is one of the world’s foremost neuropsychologists. His pioneering work on the frontal lobes of the human brain led to important advances in our knowledge of the relations between brain and mind, and also paved the way for new methods of assessment and rehabilitation following brain injury. His current research focuses on “fractionating” the frontal lobes into component functional areas. Dr. Stuss is also a brilliantly effective research leader and manager. He is one of these rare individuals who can inspire and organize others while still maintaining his position as an international leader in his own area of research. SHORT Donald Stuss’s pioneering work in neuropsychology has led to important advances in our knowledge of the relations between brain and mind, paving the way for new methods of rehabilitation following brain injury. He is a brilliantly effective research leader and manager inspiring others while still maintaining his position as an international leader in his own area of research.

Donald Dawson has made a broad variety of basic contributions to the description and analysis of physical systems in which random elements play an essential role. He works at the heart of modern probability theory and at such a level of generality that virtually any temporal model is a particular case of his work, but he seems always to have an eye open towards practical applications. In particular he has introduced the concept of multiplicative or branching measure diffusion process and created the method of hierarchical mean field limits.

Janet Donald is a distinguished researcher in higher education who has changed the way universities view disciplines, student learning and the postsecondary instructional process. Her work in disciplinary differences in knowledge validation and models of thinking, and in the university learning environment has transformed the instructional process. She has also made significant and sustained contributions in the broader context of faculty development and university renewal through her studies on academic leadership, supervision, and the evaluation of postsecondary education.

Donald McRae is an internationally renowned scholar with a prodigious output in the fields of international maritime boundaries and international trade regulation. This work has shaped Canada's own position on several maritime boundaries disputes, and has clarified how states and scholars understand the interaction of law and policy in this domain. He has advanced new views of how international trade disputes should be settled.

Zenon Pylyshyn is internationally recognized for his contributions to the establishment and development of the field of Cognitive Science. His research and writing on the 'architecture of the mind' and the computational processes involved in human perception and reasoning has led to over 60 scientific articles and six books, among them the now classic "Computation and Cognition" published in 1984. His numerous honors and awards include the Donald 0. Hebb award for distinguished contributions to the science of psychology, a Fellowship from the Center for Advanced Study in the Behavioral Sciences and the presidency of the Cognitive Science Society. He served for nine years as National Director of the program in Artificial Intelligence and Robotics of the Canadian Institute for Advanced Research before taking up his present post as Director of the Rutgers Center for Cognitive Science.

Dr. Nabil Seidah was trained at Georgetown University in physical chemistry before joining the Institute first as as post-doctoral fellow and then as director of the laboratory on biochemical neuroendocrinology. Dr. Seidah is the co-discoverer of human beta-endorphin and has worked on its biosynthesis for four to five years demonstrating in particular the exact sites of cleavage during pulse-chase experiments. For this work, he received the Clarke Institute Award in 1978 (Toronto). He was the first to develop, in collaboration with the late Margaret Dayhoff, (in the mid 1970's) computer programs to identify protein fragments from data of partial sequence at 10-15 M range. Since 1979, he has tackled one of the most crucial and central aspects of brain chemistry which is the characterization of the enzymatic systems for the cleavage of precursors at pairs of basic amino acid residues. Only a few scientists have had the courage and the determination to tackle this complicated problem. He, Donald Steiner, Peng Loh and J. Thorner are the main leaders in the field. Even though the international competition was very high, Dr. Seidah is the first to have identified a new family of enzymes by reverse genetics which has all the properties of the cleavage enzyme. Dr. Seidah is a superb protein biochemist and he has added molecular biology to his wide expertise by spending one year sabbatical at the Pasteur Institute in Paris in 1987. He is now working on the protein aspect of his discovery and he is superbly prepared to bring it to fruition. Dr. Seidah is a chemist who has become an excellent biochemist and a world leader in his field. The new enzymes he discovered, called convertases, are at the crossroads of the new chemistry of the brain i.e. the neuropeptides. The cleavage of their precursors is a universal phenomenon which helps the brain to produce the tens of thousands of molecules it needs to insure his numerous and varied functions.

Norman S. Endler is a Distinguished Research Professor at York University and is one of the leading academic psychologists in North America. Recognized by his peers with fellowships in both the Canadian and American Psychological Associations, Endler's enormous scholarly output has won him great distinction. His work on conformity and on the multidimensional interactional model of stress, anxiety, and coping has been used repeatedly by other scholars and practitioners. Among his many books are "Personality at the Crossroads: Current Issues in Interactional Psychology" and "Holiday of Darkness". Recently, Dr. Endler co-edited "Handbook of Coping" with M. Zeidner. He is a recipient of the Killam Research Fellowship, the Innis-Gérin medal for Distinguished and Sustained Contribution to the Social Sciences including Psychology from the Royal Society of Canada, and the Donald 0. Hebb Award for Distinguished Contribution to Psychology as a Science from the Canadian Psychological Association.