Recent content by stefanfuglsang

See these links http://en.wikipedia.org/wiki/Pure_mathematics http://en.wikipedia.org/wiki/Applied_mathematics

It sounds very complicated - have you considered a stochastic simulation (Monte Carlo)? I think it is impossible to solve with more than two particles (?) Is the power 1.5 correct (since I haven't studied your problem in details, I'm not sure)?

I also know how to use Google - but you do not answer my question, maybe I should define "Large" as more than, say, 150 transforms. I do not need to practice integration

Another suggestion \Gamma( \frac {-1}{x} ), for x > 0

Here is a hint: Taylor series (from Schaum Mathematical Handbook): ln(x) = 2[(x-1)/(x+1) + 1/3*(x-1)^2/(x+1)^2 + ...)

I need a large table of Laplace transforms, do you know any good ones? Format HTML, Pdf, Ps, Latex or Word (?) Extra question: what is the Laplace transform of a Gaussian (normal distribution), with mean m and standard deviation s (assume equal to zero for t<0)?