Hi,

It can be done, supposedly, using libxc (see É. Germaneau et al. Comp. Phys. Commun. 184 (2013) 1697). It requires that QE is compiled including -D__LIBXC  in DFLAGS; then one must include "input_dft = 'tb09' " in the input to QE.

But note that this is an exchange-only functional; how to handle the correlation part is not clear. Also, this functional was developed to work with the Wien2k program, which is an all-electron code; it is not clear if it can give good results when using pseudopotentials or PAW functions.

Al the best,

José Carlos Conesa

El 25/01/2019 a las 12:10, Anibal Bezerra escribió:
Dear Quantum Espresso experts

Is there any implementation of Tran-Blaha modified Becke-Johnson potential (TB-mBJ) on Quantum Espresso?

Thanks a Lot!!

Em sex, 25 de jan de 2019 às 09:01, <users-requ...@lists.quantum-espresso.org <mailto:users-requ...@lists.quantum-espresso.org>> escreveu:

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    Today's Topics:

       1. Tutorial on writing reproducible workflows for computational
          materials science using AiiDA (Leopold Talirz)


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    Message: 1
    Date: Thu, 24 Jan 2019 19:15:46 +0100
    From: Leopold Talirz <leopold.tal...@gmail.com
    <mailto:leopold.tal...@gmail.com>>
    To: users@lists.quantum-espresso.org
    <mailto:users@lists.quantum-espresso.org>
    Subject: [QE-users] Tutorial on writing reproducible workflows for
            computational materials science using AiiDA
    Message-ID:
           
    <cajnv91hmcxb5g1kapb8abwxbt2k56vqmshwjfvqjzmdq5ob...@mail.gmail.com
    <mailto:cajnv91hmcxb5g1kapb8abwxbt2k56vqmshwjfvqjzmdq5ob...@mail.gmail.com>>
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    Dear mailing list,

    we'll be hosting a tutorial on writing reproducible workflows for
    computational materials science  from May 21st, 2019 (9:00) until
    May 24th,
    2019 (13:00) at EPFL, Lausanne, Switzerland.

    This 3.5-day tutorial is designed to get Master students, PhD
    students and
    Postdocs from the field of computational materials science started
    with
    writing reproducible workflows. Participants will be introduced to the
    state of the art in workflow management and high-throughput
    computations by
    experts in the field, and gain in-depth hands-on experience using
    a tool
    that they can directly apply to their own research.

    Our tool of choice is the AiiDA framework (see aiida.net
    <http://aiida.net>) for workflow
    management and provenance tracking, which is backed by a significant
    community of users and developers, and has interfaces to more than 20
    materials science codes (see plugin registry), including to the ab
    initio
    codes Quantum ESPRESSO, VASP, cp2k, Castep, Siesta, Fleur,
    Crystal, NWChem,
    Wannier90, and Yambo. AiiDA?s permissive open source license (MIT)
    enables
    participants to use it both in academic and commercial settings.
    By virtue
    of its general design and flexible plugin system, AiiDA is easily
    extended
    to new codes and new use cases.

    For more information, please head over to the tutorial web site:
    http://www.aiida.net/news/tutorial-writing-reproducible-workflows/

    Looking forward to meeting you in Lausanne!
    Leopold
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José C. Conesa
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