PHY2710H S (UTM PHY426H)
Computational Methods in Biophysics
not offered this year!
Official description
This course will provide an in depth study of the mathematical concepts, numerical methods and computational techniques commonly employed in the study of biological physics. Topics to be covered may include stochastic processes and their applications, Monte Carlo algorithms, Bayesian inference, machine learning, molecular dynamics and coarse-grained simulations of bio-macromolecules and their assemblies and other numerical and computational tools.
- Prerequisite
- N/A
- Co-requisite
- N/A
- Exclusion
- PHY426H at UTM and PHY407H at UTSG.
- Recommended preparation
- N/A
- Textbook
-
"Computational Physics” by Mark Newman.
- Breadth requirement
- BR=5
- Distribution requirement
- DR=SCI
- course title
- PHY2710H S (UTM PHY426H)
- session
- winter
- group
- cross listed course
- time and location
-
Lecture: Fri, 1-3 pm Practical: Thu, 1-3 pm Location: UTM Campus, CC 3160
- instructor
-