The successful candidate will conduct experimental work in quantitative cellular and/or systems level biophysics, seeking insight into the physical mechanisms underpinning the complex nature of biological systems. The ideal candidate has an internationally competitive research program on neural and cardiac cells and their interconnection, with possible links to other cell-types and the cellular connectome. Candidates whose program lies more in one area will also be considered, especially if planning to explore brain and heart interactions through a biophysical lens. The scope of the search spans from cellular mechanics and molecular dynamics, excitability and energy transduction in single cells, circuits, and tissues, to biophysical interactions between organoids and associated regulatory mechanisms. The Chair will open new in vitro or in vivo avenues for groundbreaking discoveries and act as a focal point for novel collaborations along the brain-heart axis. Insights into intercellular mechanisms (brain/heart; brain/gut microbiome; immune system; etc...) hold immense potential for advances in disease diagnostics, therapeutics and mental health, all key strategic areas at uOttawa.
The successful candidate will join the Department of Physics which has a critical mass of biophysics researchers in areas ranging from nano-fluidics to soft matter, molecular biophysics, bio-photonics and nonlinear microscopy. There is also a strong complement of brain and heart theoretical biophysicists. The successful candidate will be part of the rich ecosystem consisting of the Brain and Mind Research Institute, Heart Institute, Centre for Neural Dynamics and AI, and Nexus for Quantum Technologies (photonics research) that span Science, Medicine, Health Sciences and Engineering.
The candidate will also be a member of the Brain-Heart Interconnectome (BHI). The BHI is a ground-breaking interdisciplinary research program designed to accelerate prevention, detection, treatment, and care of health conditions linked to the brain and the heart through research co-produced with patients and other knowledge users.
They can access local facilities for cell culture, confocal microscopy, atomic force and electron microscopy and microfabrication. The University is situated near the laboratories of the National Research Council and other governments laboratories and fosters links with the Kanata North high-tech park.