Physical Sciences Faculty

I am an organic chemist with a specialization in radiochemistry, tracer development and medicinal chemistry. I am infatuated with the workings of the brain, drugs and improving health as a whole. I am also passionate about science communication, science...

My research focuses on developing rapid and sensitive analytical methods in capillary electrophoresis, chromatography, and mass spectrometry for the characterization of antimicrobial peptides, food, agricultural, and environmental samples as well as application of chemometric approaches to evaluating chemical data.

Multi-drug resistant pathogens are a worldwide health concern. The discovery or synthesis of new antibiotics is a challenging task. Antimicrobial peptides (AMPs), often referred to as "nature's antibiotics," are one class of antimicrobials. My research group is interested in...

Christina Mohr teaches Chemistry in Open Learning. Her teaching interest lies in practical skills development in chemistry. In her spare time, Christina likes to spend time with her family and her dog and enjoys the outdoors.

Synthetic organometallic/inorganic chemistry and catalysis; science and law; equity, diversity and inclusion in chemistry education; accessibility in chemistry education; use of nuclear magnetic resonance (NMR) spectroscopy to investigate and quantify the fatty acid composition of forage, meat and dairy...

I am interested in all research topics where physics meets other disciplines.

Describe your areas of expertise: I am a theoretical particle physicist working on hadronic physics. I am currently working on research projects related to exotic hadrons (e.g., hadrons that are neither mesons nor baryons) and on hadronic contributions to...

My educational and professional background encompasses expertise in semiconductor devices, fabrication, molecular integrated circuit design, computational modelling of quantum-molecular electronic devices and related materials used in engineering nanoelectronic devices.

I am interested in all research topics where physics meets other disciplines.

My research is primarily focused on understanding how planetary systems form and evolve, in particular the solar system. That involves investigation of the dynamical evolution and collisional history of planets and small solar system bodies (comets, asteroids and meteoroids)...

Describe your areas of expertise: I am a theoretical particle physicist working on hadronic physics. I am currently working on research projects related to exotic hadrons (e.g., hadrons that are neither mesons nor baryons) and on hadronic contributions to...

My educational and professional background encompasses expertise in semiconductor devices, fabrication, molecular integrated circuit design, computational modelling of quantum-molecular electronic devices and related materials used in engineering nanoelectronic devices.