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Fourier transform integral in S^3 by a Hopf fibration to S^2

  1. Nov 3, 2005 #1
    I do not know how to transform a Fourier transform integral in S^3
    by a Hopf fibration to S^2. I have the three variables (r,theta ,phi)
    in spherical polar coordinate,S^2 and (r,theta,phi and psi) for
    S^3 where psi:[0..4*pi ]and theta:[0..pi ]and phi:[0..2*pi].
     
  2. jcsd
  3. Nov 5, 2005 #2

    EnumaElish

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    Is there a reason why this is posted under "Set Theory, Logic, Probability & Statistics"?
     
  4. Nov 5, 2005 #3

    Gokul43201

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    I guess because a Hopf Map is a topological concept...and so it's related to set theory.
     
  5. Nov 6, 2005 #4
    manifold

    this is a kind of error called tipo:smile:
    however thanks a lot for your attention
     
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