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Your search for "Molecular physics" returned the following 5 expert(s):
BRABEC, Thomas »
Canada Research Chair in Ultra-fast Photonics/Chaire de recherche du Canada en photonique ultra-rapide
Full professor
Faculty of Science
Physics
Contact information:
Office: 613-562-5800 (6756)
E-mail: brabec@uOttawa.ca
Website
Preferred method of contact:
Research information:
Ultrafast Photonics, Theoretical Quantum Mechanics, photonics, intense laser matter interaction, nonlinear optics, nanophysics, quantum dynamics, molecular electronics.
Area(s) of expertise:
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Language preference:
English only, German
CORKUM, Paul Bruce »
Full professor
Faculty of Science
Physics
Contact information:
Office: 613-993-7390
Office: 613-562-5800 (6550)
Cell: 613-301-2043
E-mail: pcorkum@uottawa.ca
Website
Preferred method of contact:
Research information:
I work with lasers that produce very short flashes of light - flashes as short as 1/10,000,000,000,000,000 or one hundred attoseconds. I use these pulses to study very fast processes or to machine materials very precisely.Area(s) of expertise:
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Language preference:
English only
CZAJKOWSKI, Andrzej »
Assistant professor
Faculty of Science
Physics
Contact information:
Office: 613 562 5800 x6760
Cell: 613 219 8619
Home: 613 841 0903
E-mail: aczajkow@uottawa.ca
Preferred method of contact:
Research information:
I am a molecular spectroscopist. My expertise includes optics, infrared, visible, and UV laser spectroscopy, saturation effects in molecular gases, molecular and atomic beams and optical metrology. My primary research is in high-resolution laser spectroscopy and frequency standards.
Area(s) of expertise:
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Language preference:
English only, Polish
RAYMOND, Sylvain »
Dr.
Faculty of Science
Physics
Contact information:
Office: (613) 990-9742
E-mail: sylvain.raymond@nrc-cnrc.gc.ca
Preferred method of contact:
Research information:
Our team studies controlled interdiffusion of materials at the interface of nanostructures. One can thus obtain control over the physical properties of semiconductor Quantum Dots (QDs). For example, one can tune the uniformity of the optical properties of a QD ensemble. In turn, this allows us to study and better describe the properties of zero-dimensional electron-hole droplets, or to fabricate widely tuneable lasers.
Area(s) of expertise:
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Language preference:
English and French
TABARD-COSSA, Vincent »
Assistant professor
Faculty of Science
Physics
Contact information:
Office: 613-562-5800 (6964)
E-mail: tcossa@uOttawa.ca
Website
Preferred method of contact:
Research information:
Experimental biophysics, single-molecule biophysics, nanofluidics, force spectroscopy, physics and chemistry of surfaces and interfaces, nanosensors, microfabrication, nanopores
Area(s) of expertise:
(View other experts in this field)
Language preference:
English and French
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