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Complex Systems

Medical Physics
Improving human health

MSc/PhD Programs in Biomedical Physics
CAMPEP accredited option

BSc Program in Medical Physics

COVID-19 Measures - Physics

Effective March 13th, due to COVID-19 concerns Ryerson is stopping on-campus student class activities until at least May 1.

Information regarding course modifications will be provided as it becomes available.

For information about Graduate Program issues, please contact Sophia Finos (biomed@ryerson.ca).

For information about Undergraduate Program issues, please contact Diana Katgara (medicalphysics@ryerson.ca).

Thanks for your patience at this time.

Research

"I think the next [21st] century will be the century of complexity."

- Stephen W. Hawking

"The central task of theoretical physics in our time is no longer to write down the ultimate equations but rather to catalogue and understand emergent behavior [...]. We call this physics of the next century the study of complex adaptive matter."

- Robert B. Laughlin

"Take a tour through any hospital and look at any piece of equipment with an on/off switch that is brought into the diagnosing the human condition. That machine is based on principles of physics discovered by a physicist and built by an engineer."

- Neil de Grasse Tyson, Astrophysicist

Events

Tuesday, June 30, 2020 - 15:00

In these times of social distancing we look forward to the opportunity to...

Thursday, June 18, 2020 - 10:00

Shadab Momin
Doctor of Philosophy, Biomedical Physics...

Monday, June 22, 2020 - 10:00

Presenter: Joanna Nguyen
Doctor of Philosophy,...

In the News

NSERC-USRA Opportunity - Non-equilibrium steady states in chemical reaction networks
Posted Fri, Feb 7th

Understanding how chemical reaction networks can support steady states out of equilibrium is of crucial importance in the study of the origin of life, and in the study of cell metabolism. Recent advances in non-equilibrium statistical physics strongly constrain models for such behaviour, but a comprehensive framework is lacking. This project will involve simulating the dynamics of chemical reaction networks and testing a theoretical framework proposed by the supervisor to quantify non-equilibrium steady states. This framework aims to play the same fundamental role in the physics of large chemical reaction networks as the dynamical matrix, with its concomitant quasiparticles, plays in condensed matter physics. After validating the simulations and theory on model systems, you will simulate the metabolism of e-coli and yeast using publicly available data. You will test the theory on these organisms, and then compare their behaviour to that of random chemical reaction networks.

This project is suitable for students who are finishing their 3rd or 4th year of an undergraduate physics degree. Programming will be in MATLAB or Python. Background knowledge in statistical physics and/or chemistry would be useful but is not required.

Project Supervisor: Dr. Eric De Guili

NSERC-USRA Opportunity - Computational ViroPhysics
Posted Fri, Jan 31st

In Physics, our understanding of phenomena is expressed in terms of math expressions, e.g. F=ma or E=mc^2, which also allows us to make verifiable predictions beyond experimental observations.

2020 NSERC USRA Applications - Info Session January 29
Posted Thu, Jan 16th

Updated: For more information about how to apply visit our NSERC-USRA 2020 Applications page.

Ryerson's Faculty of Science and Tree of Knowledge International's Nanotechnology Research Project Expands to Include the Development of Targeted Treatments for Cancer Tumours
Posted Thu, Oct 3rd

Ryerson University's Faculty of Science and Tree of Knowledge International Corp (TOKI) are pleased to announce that they are expanding their current research project to develop a new nanotechnolog