Dear Lumen developers,
I have a question concerning the treatment of Hubbard U in Yambo-based workflows.
Many magnetic and correlated materials require DFT+U to obtain a correct electronic structure. However, Yambo relies on norm-conserving pseudopotentials, while DFT+U is typically implemented using PAW or localized orbitals. This makes it very difficult to perform consistent GW and GW+BSE calculations starting from a DFT+U ground state within the Yambo framework.
Is LUMEN addressing this limitation, or are there plans to enable a treatment of localized d/f electrons compatible with GW/BSE?
Any insight would be greatly appreciated.
Best regards,
Sunxl
Hubbard U
Re: Hubbard U
Dear Sunxl
unfortunately PAW are not implemented in Lumen, but you can use DFT+U with DOJO pseudo-potentials
that compatible with Lumen, as implemented in QuantumEspresso
best
Claudio
unfortunately PAW are not implemented in Lumen, but you can use DFT+U with DOJO pseudo-potentials
that compatible with Lumen, as implemented in QuantumEspresso
best
Claudio
Claudio Attaccalite
[CNRS/ Aix-Marseille Université/ CINaM laborarory / TSN department
Campus de Luminy – Case 913
13288 MARSEILLE Cedex 09
web site: http://www.attaccalite.com
[CNRS/ Aix-Marseille Université/ CINaM laborarory / TSN department
Campus de Luminy – Case 913
13288 MARSEILLE Cedex 09
web site: http://www.attaccalite.com