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New Release: v3.1

A new version of the code has been released: v3.1. Few changes and some bug corrections for this intermediate release.

  • parallelization via openmp: now also the Haydock diagonalization is done in parallel using the openmp scheme. in this way the whole excitonic matrix can be kept into memory without writing anything in the disk. this still works only for the resonant spin unpolarized case. It has been tested for the q=0 case only.
  • some python scripts have been added but undocumented yet.
  • implemented the read and write chi0 subroutines
  • small bug correction that prevented to run when compiled with xlf


Download this new version of the code
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New Release: v3.1
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A new version of the code has been released: v3.1. Few changes and some bug corrections for this intermediate release.

New Release v3.0
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A new version of the code has been released: v3.0.

Theoretical Spectroscopy Lectures
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Electronic excitations are probed by experimental techniques such as optical absorption, EELS and photo-emission (direct or inverse).

Cecam School on Theoretical Spectroscopy
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Theoretical Spectroscopy Lectures: Theory and Codes