Wissenschaftliche/r Mitarbeiter/in (m/w/d) - Dynamische Ferroelektrizität
Core
Developing precise atomistic computational models for light-induced control of ferroelectricity based on density functional theory, many-body perturbation theory, and first-principles approaches to ultrafast dynamics.
Role type
PhD researcher (theoretical condensed matter physics)
Builds
Computational models for ultrafast dynamics in ferroelectric materials
Domain
Physics / Condensed Matter Physics / Computational Materials Science
Deliverable
research
Required skills
Density functional theory, Many-body perturbation theory, First-principles approaches, Ultrafast dynamics modeling, Solid-state physics
Preferred skills
2D materials, Experimental collaboration
Technologies
DFT, Many-body perturbation theory
Responsibilities
Develop atomistic computational models for light-induced control of ferroelectricity; Collaborate with experimental partners in ultrafast physics and 2D materials; Work towards a PhD qualification.
Seniority
Junior, PhD candidate
