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Develop a new module on Monte Carlo methods #137
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There's some simple Python MC code at https://github.com/ngcm/training-public/tree/master/FEEG6016%20Simulation%20and%20Modelling but the details of some of the exercises with LJ potentials aren't there. Also, I haven't put the solutions up (can email them). |
Tomorrow I will see if our local Monte Carlo guru is willing to jump on board and provide some help... |
Dear all, Bortolo Mognetti and I have made some progress on some of the content. The status is:
Teaching of this MC material starts around 1st of February so will likely have a draft ready by the end of 2015 (hopefully the Ising model stuff sooner)… |
I will be covering the Ising model next week, we can probably exchange On 11/16/15 9:42 AM, bknaepen wrote:
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It looks like you are way ahead of us :-). I will take a look later and forward the information to Bortolo... |
What audience are we aiming at with these lessons? The first few chapters used engineering-style examples. The MC notebooks I have use computational chemistry examples (thanks to the colleagues that provided the background). I tend to think of Ising as more physics-oriented. Should we go with a single, motivating example (as in the phugoid case), or a range of examples? |
I am aiming at a physics audience. I will do the classical gas in 1d, On 11/16/15 5:32 PM, Ian Hawke wrote:
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I've got MD simulations of H2O and Metropolis-Hastings of Lennard-Jones, I would say that a physically-minded audience is the direction to go in for On Tue, Nov 17, 2015 at 2:00 PM, afeiguin notifications@github.com wrote:
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In email conversation, @bknaepen said his curriculum included Monte Carlo, a topic we've not covered in numerical-mooc. Recently, I talked with @afeiguin (Adrian) who teaches a computational physics course at Northeastern University:
http://www.northeastern.edu/afeiguin/phys5870/
I introduced Adrian to Jupyter and he is enthusiastic about adopting Python for his course. We have an opportunity here to collaborate in the development of a new module on Monte Carlo methods — @IanHawke was also interested, and he's got some Python code for one of the NGCM modules.
Let's start a discussion here about how a module on MC might look like and how to pull our resources together to make it happen!
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