The Center for Attosecond Science and Technology of Max Planck POSTECH/Korea research initiative (MPK, Prof. Dong Eon Kim’s group) and the Max Planck Institute for Structure and Dynamics of Matter (MPI-SD, Prof. Angel Rubio’s group) aim to investigate ultrafast nonlinear phenomenon in nature, i.e. electron dynamics at its natural time scale. Our MPK / MPI-SD collaboration is specially interested in developing novel theoretical tools to investigate the electron structures and the sub-femtosecond electron dynamics induced by ultrashort strong laser ﬁeld in solids.
What you will do
In this context, MPK and MPI-SD are seeking an outstanding postdoctoral candidate to conduct theoretical research in nonlinear ultrafast processes within condensed-matter physics closely collaborating with our current and future experimental efforts. The successful candidate will focus on developing and validating new theoretical tools, both analytically and numerically, to describe the nonlinear light emission from solids and dynamical change of material properties. We will perform simulations in 2D or 3D materials, i.e. topological insulators, Weyl-Dirac Semimetals and others. This position provides a unique opportunity to pursue fundamental studies in the emerging area of ultrafast condensedmatter physics in close collaboration with experimental and theoretical groups at POSTECH and MPI-SD, as well as other top research groups and institutions, i.e. Institute of Photonic Sciences (ICFO-Spain).
The successful candidate will be appointed as a researcher of MPK, and will be dispatched to and stay at the Max Planck Institute for Structure and Dynamics of Matter (Hamburg, Germany) with a possibility of visits to MPK for short periods. The initial appointment is for one year and continuation for longer period will be based on mutual agreement.
• A PhD in Physics, (Condensed-Matter or Quantum Optics) Computer Sciences or related ﬁeld.
• Updated CV and list of publications.
• Cover letter or statement of research achievements in the past with future perspectives.
• Two letters of recommendation.
• Experience with ab-initio calculations of electronic structures of solids using Vienna Ab-initio Simulation Package (VASP) or an equivalent, as QUANTUM ESPRESSO and tight binding models is desirable.
• Experience in computer programming using C/C++, FORTRAN, Python, Mathematica or Matlab is highly desirable. The candidate may want to manage parallelized schemes such as Message Passage Interface and OpenMP or work with HCP.
• Excellent communication skills, especially in writing original scientiﬁc research through peer-reviewed publications.
For more information
Contact Dr. Alexis Chacon (email@example.com
) on half of Prof. Dong Eon Kim (firstname.lastname@example.org
) and Prof. Angel Rubio (email@example.com