Recent content by InAPickle

  1. I

    Three particles in a one-dimensional box of length L.

    That's brilliant, it's pretty much the exact question I had! Unfortunately there doesn't seem to be an answer in the book? It just sort of states the problem...
  2. I

    Three particles in a one-dimensional box of length L.

    Yeah, I figured as much. What do you think would be the best way to proceed if I work under the assumption that the particles are interacting?
  3. I

    Three particles in a one-dimensional box of length L.

    I'm not sure, this is all the question gives me. I think the question is somewhat open-ended. This is the reason I suspected there was some sort of "simple" reasoning behind the answer. Is there a method of writing out the wavelengths in a general way?
  4. I

    Three particles in a one-dimensional box of length L.

    Homework Statement Three particles, each of mass m, reside in a 1D "box" of length L. Find a complete set of wavefunctions,\phi_{k}(x) for the system. In this sense, "complete" means that any state of the system,\psi(x) can be written as a superposition of the wavefunctions...
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