Modules

Physics Module 433 (560.433) consists of three 6 lecture modules. This courses is also available to postgraduate students as part of their Graduate Diploma, MSc, or PhD course requirements.

Here is a list of all Modules that have been offered:

• Control Systems, Frank van Kann
• Low-noise Oscillators and Frequency Standards, Eugene Ivanov
• Solitons, Mikhail Kostylev
• Josephson Effects in Superconducting Tunnel Structures, Alex Veryaskin
• Synchrotron Radiation, Peter Hammond
• Measurements of Materials at Microwave Frequencies, Jerzy Krupka
• Vacuum Techniques, John Robins
• Quantum Measurement Theory, Mike Tobar
• Quantum Computation, Jingbo Wang
• Crystal Physics, Victor Steltsov
• Dirac Theory, Ron Burman
• Special Relativity, Ron Burman
• Perturbation Theory, Alexei Vagov
• Wavelets, Paul Abbott
• Environmental Biophysics, Jon Dobson
• Feigenbaum Universality, Keith Briggs
• Symmetry versus Chaos in Nonlinear Dynamical Systems, Jeroen Lamb
• Plasma Astrophysics, Marco Costa
• Time Dependent Phenomena in Condensed Matter, Liesl Folks
• Inverse Techniques and Electrical Impedance Tomography, Ros Sadlier
• Density Matrix Theory, Tim Scholz
• Topics in Contemporary Optics, Mark Nottcutt