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• referee-response-1

  No due date

  •1/4 issues closed
  25% complete3 open1 closed

• S-Wave Dispersion Lüscher Formalism

  Is it possible to extend Lüschers formalism such that one can go "full circle" (see Wiki)? **Meaning**: Given an infinite volume continuum Hamiltonian, and the corresponding discretized finite volume Hamiltonian, can one a) compute the phase shifts of the infinite volume continuum Hamiltonian, b) first take the continuum limit of the spectrum and use Lüschers formalism to extract phase shifts, c) first take a "Dispersion Lüscher" formalism to extract discretized phase shifts and take a continuum limit to obtain the continuum phase shifts, such that all results for a), b) and c) agree? It is the goal of this project to determine c) for a separable finite range potential.

  Overdue by 6 year(s)

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  Due by August 1, 2019

  •15/15 issues closed
  100% complete0 open15 closed

• Computation of the Bertsch Parameter

  First estimates of the Bertsch Parameter using py-NLEFT. This includes, finite volume extrapolations, continuum limits and fermion systems with more than 14 fermions.

  Overdue by 6 year(s)

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  Due by August 1, 2019

  •1/1 issues closed
  100% complete0 open1 closed