using-quantum-espresso

Automate Quantum ESPRESSO electron-phonon coupling workflows by generating standardized SCF, PHonon, and alpha2F inputs to estimate superconducting Tc while preventing common configuration errors.

Convert QE plane-wave orbitals into ESHDF format for QMCPACK by automating the pw2qmcpack conversion step, streamlining high-accuracy QMC calculations from prior QE outputs.

DFPT workflow automation handles multi-step simulations on HPC clusters by managing parallel resources, validating computational convergence, and ensuring consistent input provenance across SCF, NSCF, and DFPT stages.

Parallel-launch mismatches cause Quantum ESPRESSO simulations to fail due to inconsistent resource configurations, which standardized templates and failure-mode diagnostics mitigate.

You can run SCF, NSCF, and DFPT steps sequentially without manual intervention by orchestrating the complex multi-stage simulation workflows, monitoring progress, and validating convergence automatically.

You need specific material structure inputs to initialize the DFPT workflow, guided by a preparation checklist that ensures proper setup for calculating superconducting properties.