Contacts
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Michael Barnett-Cowan
Full Professor, Kinesiology and Health Sciences
Other Affiliations or Cross-Appointed Departments:
Lab:
Multisensory Brain and Cognition Lab
WEI VSC Pillars:
Fundamental Sciences
- Neuroscience/Neurophysiology
- Eye movements and active vision
- Binocular vision
- Aging
- Plasticity
- Computational Vision/Neuroscience
- Spatial vision
Applied Studies
- Objective clinical vision test development (e.g. VEP, ERG, MRI)
- Augmented and virtual reality
Link to profile:
Michael Barnett-Cowan
Kristine Dalton
Associate Professor, School of Optometry and Vision Science
Lab:
Vision and Motor Performance Lab
WEI VSC Pillars:
Fundamental Sciences
- Neuroscience/Neurophysiology
- Eye movements and active vision
- Binocular vision
- Spatial vision
- Visual-motor integration
- Visual guided actions
- Biomechanics and movement in response to visual information
Applied Studies
- Vision enhancement and rehabilitation
- Augmented and virtual reality
- Human clinical trials (e.g. myopia control, vision rehabilitation, behavioural interventions, amblyopia correction)
- Subjective clinical vision test development (e.g. pediatric vision, at-home test, dynamic acuity tests)
- Low vision
Societal Impact
- Quality of life (e.g. clinical care, service provision)
- Equitable access to care (e.g. government policy, public health systems)
Link to profile:
Kristine Dalton
James Danckert
Full Professor, School of Psychology
Other Affiliations or Cross-Appointed Departments:
Schlegel-UW Research Institute for Aging (RIA)
Centre for Theoretical Neuroscience
WEI VSC Pillars:
Fundamental Sciences:
- Neuroscience/Neurophysiology
- Eye movements and active vision
- Spatial vision
Applied Studies:
- Mental model updating
Link to profile:
James Danckert
Link to personal webpage:
James Danckert
Amir Moezzi
Lead clinical scientist, Centre for Ocular Research & Education (CORE), School of Optometry and Vision Science
Other Affiliations or Cross-Appointed Departments:
Centre for Ocular Research & Education (CORE)
WEI VSC Pillars:
Fundamental Sciences:
- Anterior segment (e.g. cornea, lens, pupil, trabecular meshwork)
- Optical system development (e.g. imaging, displays, diagnostics)
- Posterior segment (e.g. retina, vasculature, choroid etc)
- Tear film and ocular surface
- Stem cells
- Spatial vision
- Computational Vision/Neuroscience
- Disease detection (e.g. new devices, diagnostics)
Applied Studies:
- Dry eye
- Contact lens
- Myopia
- Presbyopia
- Subjective clinical vision test development (e.g. pediatric vision, at-home test, dynamic acuity tests)
- Ophthalmic optics (e.g. contact lens, intraocular lens, spectacles, ocular aberration correction)
- Amblyopia
- Artificial intelligence for disease detection
- Objective clinical vision test development (e.g. VEP, ERG, MRI)
Societal Impact:
- Education / knowledge mobilisation (e.g. public, optometric, interprofessional)
- Quality of life (e.g. clinical care, service provision)
- Equitable access to care (e.g. government policy, public health systems)
- Tele-optometry / imaging / AI
Link to profile:
Amir Moezzi
Ewa Niechwiej-Szwedo
Associate Professor, Kinesiology and Health Sciences
Lab:
Visuomotor Development and Learning Lab
WEI VSC Pillars:
Fundamental Sciences
- Neuroscience/Neurophysiology
- Eye movements and active vision
- Binocular vision
- Aging
- Visual development
- Plasticity
- Spatial vision
Applied Studies
- Pediatric vision
- Amblyopia
Societal Impact
- Education / knowledge mobilisation (e.g. public, optometric, interprofessional)
Link to profile:
Ewa Niechwiej-Szwedo
Dmitry Pushin
Associate Professor, Physics and Astronomy
WEI VSC Pillars:
Fundamental Sciences
- Optical system development (e.g. imaging, displays, diagnostics)
- Disease detection (e.g. new devices, diagnostics)
- Aging
- Colour vision
- Spatial vision
Applied Studies
- Myopia
- Low vision
Societal Impact
- Quality of life (e.g. clinical care, service provision)
Link to profile:
Dmitry Pushin
Austin Roorda
Full Professor, School of Optometry and Vision Science
Other Affiliations or Cross-Appointed Departments
Physics and Astronomy
Lab
WEI VSC Pillars
Fundamental Sciences
- Posterior segment (e.g. retina, vasculature, choroid etc.)
- Neuroscience/Neurophysiology
- Optical system development (e.g. imaging, displays, diagnostics)
- Eye movements and active vision
- Binocular vision
- Plasticity
- Colour vision
- Spatial vision
Applied Studies
- Myopia
- Ophthalmic optics (e.g. contact lens, intraocular lens, spectacles, ocular aberration correction)
- Augmented and virtual reality
- Presbyopia
- Objective clinical vision test development (e.g. VEP, ERG, MRI)
- Human clinical trials (e.g. myopia control, vision rehabilitation, behavioural interventions, amblyopia correction)
Link to profile:
Austin Roorda
Ben Thompson
Full Professor, School of Optometry and Vision Science
Lab:
Human Visual Neuroscience Laboratory
WEI-VSC Pillars:
Fundamental Sciences
- Neuroscience/Neurophysiology
- Eye movements and active vision
- Binocular vision
- Aging
- Visual development
- Plasticity
- Computational Vision/Neuroscience
- Spatial vision
- Colour vision
Applied Studies:
- Presbyopia
- Pediatric vision
- Vision enhancement and rehabilitation
- Amblyopia
- Augmented and virtual reality
- Human clinical trials (e.g. myopia control, vision rehabilitation, behavioural interventions, amblyopia correction)
- Objective clinical vision test development (e.g. VEP, ERG, MRI)
Link to profile:
Ben Thompson
James Tung
Associate Professor, Systems Design Engineering
Other Affiliations or Cross-Appointed Departments:
Network for Aging Research (NAR)
Centre for Bioengineering and Biotechnology (CBB)
Lab:
Neural and Rehabilitation Engineering Lab
WEI VSC Pillars:
Fundamental Sciences
- Neuroscience/Neurophysiology
- Eye movements and active vision
- Aging
- Binocular vision
- Visual development
- Plasticity
- Spatial vision
- Colour vision
- EEG
Applied Studies
- Machine vision
- Augmented and virtual reality
Link to profile:
James Tung