| 1827 |
| A university
of the province of Upper Canada is founded by Royal Charter under the name
of King's College. |
| |
| 1850 |
| By an
act of the legislature, King's College is secularized and its name changed
to the University of Toronto. |
| |
| 1889 |
 |
H.E.T.
Haultain graduates in engineering. His later inventions -- the superpanner,
the electric mine hoist, and the infrasizer in ore-dressing -- would be
used around the world. |
| Haultain |
| |
| 1908 |
| Charles
Wright graduates. During WWI he would invent the "trench wireless"
and in WWII help develop radar. He would be a member of the Scott Expedition
to Antarctica and discover his leader's body. |
| |
| 1909 |
| Canadian
farmers receive the first shipment of Marquis wheat. Developed by a University
of Toronto graduate, this variety matures early, thus avoiding frost damage.
|
| |
| 1914 |
 |
John
Gerald Fitzgerald of the Faculty of Medicine establishes the anti-toxin
laboratories, which subsequently become the Connaught Laboratories. |
| Connaught
Labs |
| |
| 1921 |
 |
Working
in a University laboratory, Frederick Banting, Charles Best, J.J.R. Macleod,
and J.B. Collip are the first to obtain insulin in a form consistently effective
for treating diabetes mellitus. In 1923, Banting and Macleod would receive
the Nobel Prize. |
| Banting
and Best |
| |
| 1922 |
| The
first helium liquefaction plant in North America is set up by John McLennan,
who had received the first doctorate in physics from the university in 1900.
|
| |
| 1927 |
| Edward
S. (Ted) Rogers, a University of Toronto graduate, brings the world's first
batteryless broadcasting station into operation. It would later become CFRB.
|
| |
| 1929 |
| The
Pontifical
Institute for Medieval Studies, one of the world's major centres for
the study of Medieval Europe, is founded. |
| |
| 1929 |
| Davidson
Black, a medical graduate, discovers the skull of "Peking Man," an important
clue to the nature of humanity's ancestors. |
| |
| 1930 |
| Frederick
Tisdall, Theodore Drake and Alan Brown of the Faculty of Medicine announce
the creation of the infant cereal, "Pablum." |
| |
| 1933 |
| Under
the direction of Charles Best, a university-based research team begins work
on heparin, an anti-coagulent, which would open the fields of vascular surgery
and renal dialysis. |
| |
| 1935 |
| University
physicist John Cunningham McLennan is knighted for outstanding accomplishments
in research, including the discovery of cosmic rays. |
| |
| 1935 |
| G.M.A.
Grube of the Classics department publishes Plato's Thought, a highly
influential work which continues to hold a place of honour in Plato studies. |
| |
| 1936 |
| Medical
graduate Norman Bethune, later a hero of the People's Republic of China,
organizes the world's first mobile blood transfusion unit in Spain.
|
| |
| 1938 |
| A team
of researchers led by Eli Franklin Burton, Department of Physics, builds
the first electron microscope in North America. |
| |
| 1939 |
| Paul
B. Dilworth and Winnett Boyd, who would later develop Canada's first jet
engine, graduate from the Faculty of Applied Science and Engineering.
|
| |
| 1940 |
| Charles
N. Cochrane of the Faculty of Ancient History publishes his major work,
Christianity and Classical Culture. |
| |
| 1942 |
| Wilbur
Franks, a medical graduate, develops the "anti-black-out" suit. Credited
with saving thousands of Allied fighter pilots during WWII, his invention
would be worn by every air force pilot in the world and eventually be developed
into the space suit worn by astronauts. |
| |
| 1945 |
| Raymond
Parker of the university's Connaught Medical Research Laboratories discovers
a defined chemical nutrient medium in which cells can grow and replicate.
His discovery helps Jonas Salk to develop the polio vaccine. |
| |
| 1948 |
| W.G.
Bigelow of the Faculty of Medicine begins studies of hypothermia as a means
of performing open-heart surgery. Later, he would be part of the team that
designs the first electrical cardiac pacemaker. |
| |
| 1951 |
| Harold
Adams Innis, of the department of political economy, publishes The Bias
of Communication. A major influence on colleague Marshall McLuhan, Innis
inspired others to delve into media theory with his work on the "role of
the means of communication in shaping society." |
| |
| 1957 |
 |
English
professor Northrop
Frye publishes Anatomy of Criticism, establishing him as one
of the world's leading literary critics. |
| Northrop
Frye |
| |
| 1959 |
| The
University of Toronto opens the first electronic music studio in Canada,
the second in North America. |
| |
| 1959 |
 |
Work
begins on The Dictionary of Canadian Biography, which chronicles
the lives of influential Canadians. Considered the most ambitious venture
in Canadian publishing history, its editor Frances Halpenny would receive
the Molson Award in 1983. |
| Frances
G. Halpenny |
| |
| 1961 |
| James
E. Till and Ernest
A. McCulloch of the Faculty of Medicine discover the hemopoietic stem
cell. This is the basis for bone marrow transplantation, which is a highly
successful clinical story today. |
| |
| 1963 |
| W.T.
Mustard of the Faculty of Medicine perfects his surgical method for correcting
"blue baby" syndrome. |
| |
| 1964 |
 |
Marshall
McLuhan publishes Understanding Media and becomes internationally
known for his studies of the effects of mass media on thought and behaviour. |
| Marshall
McLuhan |
| |
| 1969 |
| The
Collected
Works of Erasmus project begins. Focused on one of the greatest
figures of the Renaissance, it is scheduled to be finished in 2011. |
| |
| 1971 |
| The
university erects a 61 cm telescope at one of the most highly prized observing
sites in the southern hemisphere, Las Campanas, Chile. |
| |
| 1971 |
| Chemist
James Guillet invents photodegradable plastics, which begin to decompose
when exposed to direct sunlight. |
| |
| 1975 |
| Researchers
in the Faculty of Forestry develop a way to treat trees suffering from Dutch
Elm disease and other fungus diseases. |
| |
| 1977 |
| As part
of the university's sesquicentennial, the York Cycle of Mystery Plays is
performed for an international audience. The plays are made possible by
a university research team working to unearth records
of Early English drama, a project which is still ongoing. |
| |
| 1978 |
| The
University of Toronto Press publishes the first volume of The Correspondence
of Emile Zola. Upon completion in 1995, over 4,000 letters about this
French novelist, critic, playwright and champion of social justice will
have been published in 11 volumes. |
| |
| 1979 |
| Archaeologist
John S. Hollady, Jr. begins a multidisciplinary study of the transit corridor
linking Ancient Egypt and Asia. One important result is a stratigraphically
dated body of Egyptian pottery for the period c. 609 B.C. - c. 135 A.D.
|
| |
| 1981 |
| Drs.
Griffith Pearson and Joel Cooper perform the world's first single lung transplant.
|
| |
| 1982 |
| Historian
Ronald Pruessen is nominated for a Pulitzer Prize for his book, John
Foster Dulles: The Road to Power. |
| |
| 1984 |
 |
The
International Astronomical Union names a small planet after university astronomer
Helen Sawyer Hogg. |
| Helen
Sawyer Hogg |
| |
| 1984 |
 |
Geneticist
Tak Mak helps identify the T-cell receptor gene, a major advance in our
understanding of the body's immune system. |
| Tak
Mak |
| |
| 1984 |
| Archaeologist
Donald B. Redford publishes Akhenaten: The Heretic King, based on
his research at the Akhenaten Temple Project in Egypt. |
| |
| 1985 |
| The
first volume of The Correspondence of Madame de Griffigny is completed
and published by a group of humanities scholars including several from the
University of Toronto. A contemporary of Voltaire and Rousseau, Madame de
Griffigny wrote during the Age of Enlightenment and provided significant
insights about this period. |
| |
| 1986 |
 |
John
C. Polanyi, Professor of Chemistry since 1962, is awarded a Nobel Prize
for his work on infrared chemiluminescence. |
| John
C. Polanyi |
| |
| 1987 |
| Astronomer
Ian Shelton discovers the largest supernova to be observed in nearly 400
years, from the University's southern observatory on Las Campanas mountain
in Chile. It is named Supernova Shelton. |
| |
| 1988 |
| Surgeons
Alan Hudson and Susan MacKinnon perform the world's first nerve transplant
on a nine-year-old boy. |
| |
| 1989 |
| George
Alexander Patterson performs the first double lung transplant. |
| |
| 1989 |
| A team
of researchers that include John Filhaber and Ian Shelton record data revealing
the existence of a neutron star, or pulsar, at the centre of Supernova Shelton.
Spinning at about 2,000 revolutions per second, the pulsar is the fastest
object of its kind yet found. |
| |
| 1989 |
 |
Lap-Chee
Tsui and Manuel Buchwald of the Department of Medical Genetics and Jack
Riordan of the Department of Biochemistry & Clinical Biochemistry isolate
the gene that causes cystic fibrosis. |
| Lap-Chee
Tsui |
| |
| 1991 |
| A team
led by Tony Pawson of medical genetics and microbiology and Mount Sinai
Hospital's Samuel Lunenfeld Research Institute identifies how cell receptors
transmit signals instructing the cell to change. This discovery will have
many benefits, including the development of new cancer drugs.
|
| |
| 1993 |
 |
The
final volume of the Historical
Atlas of Canada, a massive Canada-wide collaborative effort headquartered
at the University of Toronto, is published. This award-winning edition,
available in English and French, makes Canadian history and geography accessible
to the lay reader. |
| Historical
Atlas of Canada |
| |
| 1994 |
| The
Times Literary Supplement features Classics professor J.M. Rist's Augustine:
Ancient Thought Baptised on its front cover. |
| |
| 1995 |
 |
A
research team led by Peter St. George-Hyslop, Director of the Centre for
Research in Neurodegenerative Diseases, discovers two genes responsible
for early-onset Alzheimer's. |
| St.George-Hyslop |
| |
| 1996 |
| Brenda
Gallie and co-workers develop a new therapy for retinoblastoma, a cancer
of the eye that leads to blindness. It represents the first major change
in the management of this disease in 35 years. |
| |
| 1996 |
| Chair
of Physics Derek York, with Robert Walker of the Institute of Human Origins
at Berkeley, uses his new laser-dating technique to date the oldest ancestral
fossils -- an upper jaw and some stone tools -- at 2.33 million years old.
|
| |
| 1997 |
| A
team led by Brett Gladman, member of the Canadian
Institute for Theoretical Astrophysics (CITA), discovers two new moons
of Uranus. |
| |
| 1998 |
 |
Butterfly
researchers, Frederick Albert Urquhart, C.M. and Norah Roden Urquhart, C.M.,
are inducted to the Order of Canada. They mobilized thousands of volunteers
and after 40 years, located the overwintering sites of the monarch butterfly
in Mexico. Thanks to their advocacy, ecological preserves have been established
throughout North America. |
| Fred
& Norah Urquhart |
| |
| 1998 |
 |
Yoshio
Masui wins the Albert Lasker prize for his innovative contributions in understanding
cell division. Among them are the discovery of maturation promoting factor,
a protein that controls cell division in fertilized eggs, and the discovery
of cytostatic factor, another critical substance in cell division. Dr. Masui's
groundbreaking work has important implications for cancer research. |
| Yoshio
Masui |
| |
| 1999 |
| Professor
Emeritus Martin Hubbes of the Faculty of Forestry discovers an environmentally
friendly way of protecting trees against the devastation of the Dutch Elm
disease. This new "tree vaccine" may replace the effective yet highly toxic
fungicides discovered in 1975. |
| |
| 1999 |
 |
James
Arthur, Department of Mathematics, wins the NSERC Canada Gold Medal, for
helping to rewrite the intellectual foundation of modern mathematics. A
leading mathematical theorist, Arthur has focused on unifying the mathematical
fields of algebra and analysis, and his work is recognized worldwide. Dr.
Arthur is the first U of T researcher -- and the first mathematician --
to win this award. |
| Professor
James Arthur |
| |
| 1999 |
| A team
led by Eduardo Blumwald, Department of Botany, isolates a gene that allows
plants to grow in saline soil, a discovery that could lead to improved farming
productivity in many areas of the world where crops are compromised by salt
irrigation water. |
| |
| 1999 |
| Physicist
Jim Drummond's team designs MOPITT (Measurement of Pollution in the Troposphere),
a $43M instrument that will provide the world with its first space-based
measurements of atmospheric pollution. It is part of NASA's earth observation
system AM-1 satellite, launched by rocket in the summer of 1999.
|
| |
| 1999 |
| Lewis
Kay, Departments of Medical Genetics and Microbiology, Biochemistry, and
Chemistry, wins the Steacie Prize, Canada's most prestigious science award,
for his work in the area of nuclear magnetic resonance (NMR) spectroscopy
-- a methodology for creating a nuclear "signature" to reveal how molecules
interact with each other. There are more than 200 labs across the world
using the NMR methodology developed in his lab. Dr. Kay is the third U of
T recipient of the prize in the last five years. |
| |
| 2000 |
| The
CD-ROM version of The Dictionary of Canadian Biography/Dictionnaire biographique
du Canada, a collaboration of U of T and Université Laval, is distributed
free of charge to 12,000 libraries across Canada to great acclaim. The DCB
is recognized worldwide as the finest work of its kind. |
| |
| 2000 |
 |
Working
with colleagues in Spain, physics researchers Sajeev John and Henry Van
Driel and chemistry researcher Geoffrey Ozin produce a silicon-based material
that can "cage light." This innovation, which may lead to the first optical
microchip, could have widespread implications for the telecommunications
and computing industries. |
| New
silicon-based material |
| |
| 2000 |
| Dr.
Peter St. George-Hyslop, director of the Centre for Research in Neurodegenerative
Diseases in U of T's Faculty of Medicine and a neurologist at the University
Health Network, announces that a new vaccine that may help prevent and treat
Alzheimer's disease is ready to be tested on human subjects. |
| |
| 2001 |
| The
Intelligent Transportation Systems Centre and Testbed - the first such research
facility in Canada - begins monitoring traffic patterns in the Greater Toronto
Area. The Centre will develop better road and traffic management systems
to help alleviate gridlock and traffic jams, thereby enhancing mobility
and helping motorists save time, money and lives. |
| |
| 2001 |
 |
Following
the September 11th terrorist attacks on the U.S., U of T scholars - including
Wesley Wark of history, Janice Gross Stein of political science, Cheryl
Regehr of social work, Eric Kirzner of the Rotman School of Management,
and Thomas Homer-Dixon of political science - are among the most sought-after
commentators called upon by media to translate the many aspects of the tragic
events. |
| Janice
Gross Stein |
| |
| 2001 |
 |
U of
T geophysicist Jerry Mitrovica leads a group of scientists who have provided
the sea level "fingerprints" of polar ice sheet melting to prove that global
climate change is having a direct impact on the Earth's sea level.
|
| Global
sea level changes |
| |
| 2002 |
| Dr.
Stanley Zlotkin of paediatrics and nutritional sciences wins a CIDA Nutritional
Information Project award worth $1.9 million for his groundbreaking work
on Supplefer Sprinkles. A tasteless, inexpensive powder that can be added
to any food, the iron supplement helps eliminate childhood anemia in developing
countries. |
| |
| 2002 |
 |
Martin
Friedland, University Professor Emeritus, authors the official history of
U of T. "The University of Toronto: A History" is published to commemorate
the university's 175th anniversary. For more information on the University's
175th-anniversary celebrations, visit www.uoft175.utoronto.ca. |
| Friedland's
History |
| |
| 2002 |
| Bloorview
MacMillan Children's Centre becomes the ninth teaching hospital affiliated
with U of T. Other affiliated hospitals are Baycrest Centre for Geriatric
Care, the Centre for Addiction and Mental Health, the Hospital for Sick
Children, Mount Sinai Hospital, St. Michael's Hospital, Sunnybrook and Women's
College Health Sciences Centre, the Toronto Rehabilitation Institute, and
the University Health Network. |
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to Great Research |