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Post-Doctoral position M/F on vibrational properties with ab-initio calculations

France💼 Full-time🗓 2026-06-06 → 2026-07-31

Core

Theoretical investigation of vibrational properties in graphene and 2D materials using first-principles methods to support experimental heat flux manipulation research.

Role type

Post-doctoral researcher (computational physics)

Builds

Theoretical models of vibrational properties and dynamical matrices for 2D materials

Domain

Condensed matter physics / Materials science / Computational physics

Deliverable

production ML models | research

Required skills

ab initio calculations, Density Functional Theory, Fortran programming, Python programming, finite-displacement techniques, linear response techniques

Preferred skills

force-constant matching, dynamical matrix construction, EELS spectra analysis, phonon dispersion analysis

Technologies

Quantum ESPRESSO

Responsibilities

Investigate vibrational properties of atomic scale defects in graphene and 2D materials; Apply force-constant matching approach for ab initio calculation of force constants; Use Density Functional Theory codes for structural relaxation and electronic structure analysis; Extend and adapt lab codes for constructing dynamical matrices of large systems; Analyze results by calculating EELS spectra, dynamic structure factors, phonon dispersions, or projected phonon densities of states.

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