Module 2B: Physics for Bionanotechnology (MAT6740)
Biophysics and physics at the nano-scale.
Above: A TEM micrograph of a bacteria, the gradient color indicates the different density regions highlighting the subcellular compartments, bacteria membrane, and the flagella.
Students will be introduced to elements of biophysics and physics at the nano-scale so provide breadth to their education. The course will span from basic principles of thermodynamics, transport phenomena, Low-Reynolds number fluid dynamics, quantum mechanics, and examples of how nature produces and converts energy.
This module will provide:
- Introduction of the physical concepts essential for the understanding of the other modules.
- Understanding of the physics at the nano-scale level.
- Understanding of how biological systems convert and produce energy.
Outline syllabus
- Introductory overview.
- Thermodynamics
- Inter and intra molecular forces
- Transport phenomena at the nano-scale level
- Basics concepts of quantum theories
- Biological energy conversion
Back to: Bionanotechnology
