Postdoctoral Research Position in Atomic and Nanoscale Dynamics of Quantum Materials

Postdoctoral Researcher Position: Ultrafast X-ray Probes of Quantum Materials

Department of Physics and Astronomy

Position Overview

We are seeking a highly motivated postdoctoral researcher to join our team for an exciting 2-year position investigating ultrafast X-ray probes of quantum materials. The position is available starting August 1st, with the possibility of extension for up to two additional years.

Research Focus

The successful candidate will lead cutting-edge X-FEL and synchrotron-based experiments to study the dynamics of light-induced phase transitions on atomic and nanoscopic length scales. Your research will focus on:

• Understanding how different excitation methods generate polarons and correlated materials in cuprates and other quantum materials

• Building upon our recent breakthrough results in vanadium dioxide (Johnson et al. Nature Physics 20, 970, 2024)

• Expanding coherent imaging methodology to examine dynamics and phase switching in materials at the nanoscale (Johnson et al. Nature Physics 19, 215, 2023)

• Combining facility-based research with experiments in our state-of-the-art femtosecond laser laboratories

Qualifications Required

• PhD in Physics, Chemistry, or related field

• Strong background in either ultrafast physics or quantum materials

• Significant experience with XFEL, synchrotron facilities, or advanced ultrafast laser experiments preferred

• Willingness to travel for international user facility experiments

Preferred Qualifications

• Experience with phase retrieval algorithms

• Clean room experience and e-beam lithography skills

• Previous collaboration at international research facilities

About Our Research Group

Join a dynamic, small but growing research team dedicated to tackling outstanding problems in quantum materials through innovative experimental approaches. We have recently been awarded a prestigious Novo Nordisk NERD grant, providing stable funding for quantum materials research over the next seven years.

What We Offer

• Access to well-developed research infrastructure, including two dedicated femtosecond laser systems

• Collaborative research environment promoting open and critical discussion across disciplines

• Strong emphasis on teamwork, mentorship, and networking opportunities among young scientists

• Commitment to professionalism, equality, and healthy work-life balance

• Comprehensive support for international researchers and families, including relocation services

• Junior Researcher Development Programme for career advancement

• Location: Ny Munkegade 120, 8000 Aarhus C

Application Requirements

Applications must be submitted in English and include:

• Comprehensive curriculum vitae

• Degree certificates

• Complete list of publications

• Statement of future research plans and research activities

• Teaching portfolio and verified teaching experience (if applicable)

Application Process

Applications undergo a shortlisting process with expert assessment committee evaluation. All applicants will be notified of their status, and selected candidates will have the opportunity to review assessments pertaining to their application.

Letters of reference are welcomed and should be arranged prior to application submission. Referee information should be provided during the application process.

Aarhus University is committed to being an attractive and inspiring workplace that fosters individual growth and achievement. We value equality and diversity and welcome applications from all qualified candidates. Research activities will be evaluated relative to actual research time, and we encourage applicants to specify any career breaks for appropriate consideration.

Applications must be submitted through Aarhus University's recruitment system, accessible through the job advertisement on the university website.