BSE solvers overview: Difference between revisions
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(Created page with "''' Work in progress ''' Three main solvers are available in yambo (1) diagonalization of the full Hamiltonian (diagonalization solver) (2) subspace iterative [https://en....") |
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''' Work in progress ''' | ''' Work in progress (please come back after 04/04/2021)''' | ||
Three main solvers are available in | Three main solvers are available in Yambo: | ||
(1) diagonalization of the full Hamiltonian (diagonalization solver) | (1) diagonalization of the full Hamiltonian (diagonalization solver) | ||
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(3) SLEPC (to be completed) | (3) SLEPC (to be completed) | ||
For (1) | For: | ||
(1), you should've already carry out the '''[[Bethe-Salpeter solver: diagonalization]]''' '''return to this tutorial''' | |||
(2) follow the link to '''[[Bethe-Salpeter solver: Lanczos-Haydock]]''' | |||
(3) follow the link to '''[[Bethe-Salpeter solver: SLEPC]]''' | |||
Revision as of 16:06, 23 March 2021
Work in progress (please come back after 04/04/2021)
Three main solvers are available in Yambo:
(1) diagonalization of the full Hamiltonian (diagonalization solver)
(2) subspace iterative | Lanczos algorithm which by-pass diagonalization with the Haydock approach[1] (Lanczos-Haydock solver)
(3) SLEPC (to be completed)
For:
(1), you should've already carry out the Bethe-Salpeter solver: diagonalization return to this tutorial
(2) follow the link to Bethe-Salpeter solver: Lanczos-Haydock
(3) follow the link to Bethe-Salpeter solver: SLEPC
- ↑ R. Haydock, in Solid State Phys., 35 215 (1980) edited by H. Ehrenfest, F. Seitz, and D. Turnbull, Academic Press