Our Research
Our laboratory focuses on biophotonics—the application of light-based technologies to study biological systems. We develop novel optical imaging techniques and apply them to understand the brain.
Research Axes
Optical Technology Development
We develop novel optical imaging technologies, including CARS microscopy, Raman spectroscopy, and polarization-sensitive imaging. Our instruments push the boundaries of what can be observed in living tissue.
Software & Data Analysis
We create open-source software tools for optical system design, image processing, and data analysis. Our Raytracing and Monte Carlo light transport simulations are used by researchers worldwide.
Neuroscience & Mental Health
We apply our imaging technologies to study the brain. Our work includes imaging myelin structure, mapping brain regions, and studying neurotransmitters.
Clinical & Translational
We translate our laboratory setups into clinical applications. Current projects include surgical navigation systems for Parkinson's disease, and cardiac monitoring systems for heart surgeries and chronic diseases.
Applied Science Success Stories
Transforming research into real-world solutions
Characterization of anti-fog windows for mining inspection
We develop optical methods to characterize transmission through anti-fog windows of mining inspection tools by recreating real-world conditions of use.
AccuTrack: enhancing the precision of coronary heart surgeries
We have developed a tool that accurately measures the movement of a guide wire to assist in the placement of coronary stents.
Learn more →
Retinal imaging and spectroscopy for eye disease detection
Investigating innovative retinal imaging and spectroscopy technologies for early detection of eye diseases. This project leverages our expertise in spectral analysis.
Counting lemmings in the Canadian Arctic
Collaborative research between ecologists and our group to develop a passive instrument for measuring lemming population density on Bylot Island.
Automatic monkey behavior tracking
Deploying a camera network in the CERVO Center's macaque enclosures to record their behaviors and use AI for automated behavioral classification.
