AI can tell if a patient battling cancer needs mental health support
Psychiatrists and computer scientists at UBC and BC Cancer have developed a new artificial intelligence (AI) model that can accurately...
Learn MoreApplicants to master’s and doctoral degrees are not affected by the recently announced cap on study permits. Review more details
A diverse range of highly ranked programs
With access to master’s and doctoral degrees through nine departments and 350 research groups, our graduate students work with world-class faculty to explore the basic sciences, and to pursue interdisciplinary and applied research across departments and units. UBC’s research excellence in environmental science, math, physics, plant and animal science, computer science, geology and biology is consistently rated best in Canada by international and national ranking agencies.
Committed to outstanding graduate training
UBC Science houses a wide range of prestigious NSERC Collaborative Research and Training Experience and related industry programs: from atmospheric aerosols to high-throughput biology, from biodiversity research and ecosystems services to plant cell wall biosynthesis, from quantum science and new materials to applied geochemistry. The options for enriched graduate training in industry related fields are almost endless.
World-class research infrastructure
Our affiliated institutes and centres include UBC's Michael Smith Laboratories, Stewart Blusson Quantum Matter Institute, Biodiversity Research Centre, Life Sciences Institute, Pacific Institute for the Mathematical Sciences, Mineral Deposit Research Unit, and TRIUMF, Canada’s national laboratory for particle and nuclear physics.
Top research talent
UBC Science boasts more than 50 Canada Research Chairs, 12 fellows of the Royal Society of London, and has been home to two Nobel Laureates. Our graduate students have won 15 prestigious Vanier Scholarships.
A diverse, supportive community of scholars
UBC Science is committed to excellence, collaboration and inclusion. Women account for 41 per cent of the Faculty's graduate enrollments, and the percentage of international students has increased to 50 per cent over the past decade.
Biodiversity, Evolution and Ecology
Computational Sciences and Mathematics
Earth, Ocean and Atmospheric Sciences
Genomics and Biological Sciences
Human-Computer Interaction
Life Sciences
Chemistry and Materials Science
Physics
Sustainability
Designed to inspire collaboration and creativity across disciplines, the new Earth Sciences Building (ESB) lies at the heart of the science precinct on UBC’s Vancouver Campus. The $75 million facility is home to Earth, Ocean and Atmospheric Sciences, Statistics, the Pacific Institute of the Mathematical Sciences, and the dean’s office of the Faculty of Science. ESB’s updated teaching facilities will help Canada meet the challenges of a transforming and growing resource sector. Just as importantly, the researchers and students working and learning in the new facility will offer a valuable flow of well-trained talent, new ideas, and fresh professional perspectives to industry.
Receiving more than $120 million in annual research funding, UBC Science faculty members conduct top-tier research in the life, physical, earth and computational sciences. Their discoveries help build our understanding of natural laws—driving insights into sustainability, biodiversity, human health, nanoscience and new materials, probability, artificial intelligence, exoplanets and a wide range of other areas.
UBC Science boasts 50 Canada Research Chairs and 10 fellows of the Royal Society of London, and has been home to two Nobel Laureates.
This is an incomplete sample of recent publications in chronological order by UBC faculty members with a primary appointment in the Faculty of Science.
Year | Citation | Program |
---|---|---|
2009 | Dr. Cantarero-Lopez developed a new tool to study generalized symmetries that come from abstract objects called groupoids. This is a generalization of a classical theory called K-theory, and can also be used to study classical symmetries. | Doctor of Philosophy in Mathematics (PhD) |
2009 | Dr. Lukeman studied how individuals interact within large animal aggregates. By gathering dynamic trajectory data from large flocks of surf scoters, Dr. Lukeman was able to connect mathematical modeling with empirical observations to infer interaction rules governing the motion of individuals. | Doctor of Philosophy in Mathematics (PhD) |
2009 | Dr. Pel developed a new method and instrument for extracting and purifying DNA, based on its physical properties, in contrast to existing methods which rely on its chemical properties. This method enables very selective DNA purification, and was applied to a wide range of samples that were previously very difficult to analyze due to high contamination. | Doctor of Philosophy in Physics (PhD) |
2009 | Dr. Marchinko examined the ecological and genetic mechanisms resulting in the evolution of threespine stickleback fish. His work revealed that although the factors contributing to evolutionary change are often complex, modifications at a single gene can play a major role in biological diversification. | Doctor of Philosophy in Zoology (PhD) |
2009 | Dr Moss studied the explosive eruptions of kimberlite magma. He successfully linked evidence left in volcanic deposits of kimberlite with the eruption processes responsible for their formation. Dr Moss suggests that these processes have direct implications for the distribution of diamonds within kimberlite pipes. | Doctor of Philosophy in Geological Sciences (PhD) |
2009 | Dr. Purcell investigated why social spiders are generally restricted to the tropical rainforest, while their non-social relatives occur in a broader range of environments but are absent from the rainforest. Her findings suggest that social behaviours may evolve in part to enable groups to overcome environmental disturbances and predation in some environments. | Doctor of Philosophy in Zoology (PhD) |
2009 | Dr. Wood studied how interactions among species in a marine ecosystem can be used to explain species diversity and the responses of ecosystems to environmental change. His research demonstrated the potential to predict ecological dynamics using simple organismal traits, such as body size, without the need for detailed information on communities. | Doctor of Philosophy in Zoology (PhD) |
2009 | Dr. Young studied how plants make pectin. The plant cell uses the Golgi apparatus as the primary site of pectin production. Using Arabidopsis seed coat cells, Dr. Young used advanced microscopic techniques to show that all of the scattered Golgi stacks work together to produce cell wall polysaccharides including pectin. | Doctor of Philosophy in Botany (PhD) |
2009 | Dr. Goodvin co-developed a highly accurate approximation applicable to models describing an electron coupled to its environment. After obtaining results for standard models, this powerful approach was generalized to a much broader class of problems relevant for describing surface spectroscopies and aspects of high-temperature superconductivity. | Doctor of Philosophy in Physics (PhD) |
2009 | Dr. Cao studied the structual origin of proteins of high mechanical stability and developed methods to rationally tune the mechanical stability of proteins. His research can help to develop protein-based materials with high elasticity and strength. | Doctor of Philosophy in Chemistry (PhD) |