Research Fields
Virophysics
Term and History
2018-04-01 - 2020-08-31 Senior Visiting Scientist
2020-09-01 - Deputy Program Director
Related Websites
Prof. Catherine Beauchemin's personal website

Self-introduction

Bonjour! I was already a member of iTHEMS as a Senior Visiting Scientist so probably you already know me. But since September 2020, I became a Deputy Program Director of iTHEMS. I was looking forward to spending more time at RIKEN, working more closely with everyone, but unfortunately, with COVID-19, for now I have to stay in Toronto. As you maybe know, I am a professor of physics, but my research is in the field of virophysics (ヴイルス物理学). I apply the techniques of physics to virology. More generally, I like applying the methods of physics and computational methods to fields where theoretical/quantitative analysis is less common, like biology and health research, or even ergonomics! I think the methodologies developed in physics can translate to many other fields and provide new insights. Most of my work involves/requires direct collaborations with experimental virologists. I also really enjoy convincing other physicists and mathematicians to join in solving these types of problems across disciplines. For me, iTHEMS is an ideal environment to develop such collaborative projects.

In my new role as Deputy Program Director, I want to do my best to help support the young researchers in iTHEMS, and make sure they have everything they need to succeed at their goals. I want to help foster new collaborations, through which everyone can learn new skills, or get help to bring their research to the next level. I have a few ideas that I want to share with all of you over time. If you have some thoughts or concerns, or if you want to discuss something with me, please send me an email anytime. I am happy to get to know you better.

My primary research focus is developing parsimonious, accurate computer/math models of virus infections in vitro, mostly influenza but also HIV, hepatitis C virus, respiratory syncytial virus and ebola virus. More generally, I like applying the methods of physics and computer modelling to fields where theoretical/quantitative analysis is less developed, like biology and health research, or even ergonomics! I think the methodologies developed in physics can translate to many other fields and provide new insights. Most of my work requires direct collaborations with experimental virologists. I also really enjoy convincing other physicists and mathematicians to join me in solving these types of problems across disciplines. For me, iTHEMS is an ideal environment to develop such collaborative projects.

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