Alexandre Douplik
Founder and researcher at the Photonics Group Lab, Toronto Metropolitan University and St. Michael's Hospital
Professor
Researcher, Institute for Biomedical Engineering, Science and Technology (iBEST)
Faculty of Science
Department of Physics
Toronto, Ontario
douplik@torontomu.ca
Office:
(416) 979-5000 ext. 556538
Expert In
Advanced micro-endoscopy
Biomedical applications of metamaterial technologies
Biomedical applications of nanoscale
Biomedical photonics / biophotonics
Biomedical tools and technologies
Biooptics
Distant voice and gesture recognition
Fluorescence endoscopy
Health and well-being
Holography interferometry imaging
IBEST
Laser surgery
Photoacoustic imaging
Physics
Pulse wave velocity imaging
Remote physiological monitoring by light
Spectral imaging for cancer diagnostics and therapy
Surface-enhanced Raman spectroscopic fiber probe
Tissue spectroscopy
Bio/Research
Dr. Alexandre Douplik and his students develop optoelectronics and software at the Toronto Metropolitan University campus Photonics Lab (Dry Lab), which occupies more than 150 m2 and is equipped with optics, mechanics, electronics, lasers, light sources, bio and industrial microscopes, holographi...
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Bio/Research
Dr. Alexandre Douplik and his students develop optoelectronics and software at the Toronto Metropolitan University campus Photonics Lab (Dry Lab), which occupies more than 150 m2 and is equipped with optics, mechanics, electronics, lasers, light sources, bio and industrial microscopes, holographic stand, cameras, signal generators, fibre optics and powerful computers for data processing. The St. Michael's Hospital Photonics Lab (Wet & Clinical Lab) at iBEST is equipped with multiwavelength refractometer and chemical lab desks and has access to high-end spectrometers, clean production, cell culture and animal facilities.
Dr. Douplik’s group works on projects related to Biomedical Physics employing Optics as the main tool. It includes medical lasers, advanced spectroscopy and imaging, both therapeutic or surgical, and diagnostic applications.
The main principle of the Group priority strategy is based on developing technologies which can solve a concrete, highly demanded healthcare problem and be eventually commercialized. The project target is usually found within a framework of collaboration with clinical partners.
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Dr. Douplik’s group works on projects related to Biomedical Physics employing Optics as the main tool. It includes medical lasers, advanced spectroscopy and imaging, both therapeutic or surgical, and diagnostic applications.
The main principle of the Group priority strategy is based on developing technologies which can solve a concrete, highly demanded healthcare problem and be eventually commercialized. The project target is usually found within a framework of collaboration with clinical partners.
Click to Shrink <<