Browsing by Subject "computational physics"
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- ItemOpen AccessComputational physics resources - topic 1 - basic Monte Carlo(2013) Wheaton, SpencerA collection of resources (simulations and worksheets) focusing on basic Monte Carlo techniques. These materials are suited for guided-inquiry instruction at the senior undergraduate or honours level.
- ItemOpen AccessComputational physics resources - topic 2 - root-finding, interpolation & extrapolation(2014) Wheaton, SpencerA collection of Computational Physics Java simulations (developed using EJS) and guided inquiry worksheets aimed at the senior undergraduate or honours level. Ideal for guided inquiry at the senior undergraduate or honours level.
- ItemOpen AccessPython for physics(2014-08-22) Fearick, RogerThis is an introduction to the Python programming language for computational physics. Python is a programming language which is increasingly being used for computation in physics. Python is easy to learn; it is a modern, interpreted, object-oriented language; Python programs are simple, clean and easily readable; and it has a wide range of support packages (or program libraries) useful for numerical computation. This resource is useful for physics and mathematics students looking for open-source programmes to support their work.