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Nov 12, 2012 at 15:59 vote accept Kane
Nov 6, 2012 at 22:08 answer added Simon Woods timeline score: 6
Nov 5, 2012 at 15:54 comment added Kane @ruebenko No, I haven't attempted to compile it. My programming skills are still rather basic. I'm not quite sure how to use Compile yet.
Nov 5, 2012 at 15:51 comment added Kane @drN In a sense, yes this is molecular dynamics. Once I have an total intensity profile I can autocorrelate it and extract information such as concentration and diffusion coefficients among many other things.
Nov 5, 2012 at 14:29 comment added dearN @Kane this is rather interesting. Is this molecular dynamics?
Nov 5, 2012 at 0:32 comment added user21 @Kane, have you tried to compile the Table?
Nov 4, 2012 at 20:44 comment added Kane @J.M. It is actually about 10% slower for me.
Nov 4, 2012 at 18:39 answer added KennyColnago timeline score: 8
Nov 4, 2012 at 16:43 history tweeted twitter.com/#!/StackMma/status/265132282036240384
Nov 4, 2012 at 16:25 history edited J. M.'s missing motivation CC BY-SA 3.0
edited body
Nov 4, 2012 at 16:24 comment added J. M.'s missing motivation What happens if you use particleintensity = Io*Exp[-2 Table[With[{v = p[[i, t]]}, Norm[Take[v, 2]]^2/Omegar^2 + (Last[v]^2)/Omegaz^2], {t, Deltat + 1}, {i, n}]]?
Nov 4, 2012 at 16:21 comment added wolfies Not an answer to your question per se ... but ... if you are doing work on Fluorescence Fluctuation Spectroscopy, you might be interested in a paper that uses Mathematica and mathStatica to analyse this topic by: Muller, Joachim D. (2004), Cumulant Analysis in Fluorescence Fluctuation Spectroscopy, Biophysical Journal, Volume 86, 3981–3992
Nov 4, 2012 at 15:48 history edited Sjoerd C. de Vries CC BY-SA 3.0
added 63 characters in body
Nov 4, 2012 at 15:40 history asked Kane CC BY-SA 3.0