Recent content by haselwhat?

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    Intuitive description of Cross Sections

    Yes, scattering. But I guess I'd like to read something about the classical theory first.
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    Intuitive description of Cross Sections

    Does anybody know of any good references that explain the concepts/mathematics behind cross sections particularly well? Websites, textbooks, whatever...
  3. H

    Eigenvalue/Orthogonal Eigenfunctions

    Its just a trig identity I used once to show orthogonality. Hopefully it makes the integration easier and hopefully gives zero, which is your "RHS", right?
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    Find the Fourier Integral Representation

    Remember omega is a continuous variable so considering its different values is more of a Fourier Series type of thinking... just integrate the way it is.
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    Eigenvalue/Orthogonal Eigenfunctions

    Try defining the indices like: 2n-1 = k and 2m-1 = j or something. (k=1,3,5,... and j=1,3,5,...). Then try making use of the trig identity sin(jx)sin(kx) = (1/2)[ cos((j-k)x) - cos((j+k)x) ] in the integrand.
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