PhD position on orbital angular momentum, chiral materials and orbitronics at the University of Fribourg & Paul Scherrer Institute

This was published on March 20, 2026

The group of Prof. Michael Schüler at the University of Fribourg and at Paul Scherrer Institute is looking for a motivated and curious PhD student to join the group and work at the exciting frontier of first-principles modeling of orbital angular momentum in solids. The project spans chiral materials and orbitronics — a rapidly growing field with rich physics and real prospects for next-generation spintronic and orbitronic devices.

The position is based at the University of Fribourg, with close integration into the activities at the Paul Scherrer Institute, offering a stimulating dual environment combining academic research with large-scale facility science. You can find more information on our group on the Schüler group website.

What you will work on:

  • First-principles methods
    DFT-based modeling of orbital angular momentum in real materials
  • Chiral materials
    Exploring symmetry-broken systems and their unique transport signatures
  • Orbitronics
    Orbital Hall and orbital torque effects beyond conventional spintronics

What we are looking for

  • Master's degree in physics, materials science, or a closely related field
  • Solid coding skills — experience with Python, Fortran, or similar is a plus
  • Excellent command of English and strong communication skills
  • Enthusiasm for condensed matter theory and first-principles simulation

Starting date: Fall 2026 

Interested? Please send your CV, a brief motivation letter, transcripts, and the names of one or two referees to michael.schueler@unifr.ch. 

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