PhD Scholarship in Quantum Matter: The University of Amsterdam (UvA), Faculty of Science, offers a prestigious PhD position focusing on high-resolution angle-resolved photoemission spectroscopy (ARPES) to explore the emergent phases of quantum materials. This interdisciplinary position involves cutting-edge research into strange metal phases in high-temperature superconductors and collaboration with a diverse consortium of scientists across disciplines.
PhD Scholarship in Emergent Phases in Quantum Matter: Experiment
Designation
- PhD Candidate
Duration: 4 years
Contract: A 38-hour per week offer with an initial contract of 18 months, extendable to 4 years upon satisfactory performance.
Scholarship Details
| Field | Details |
|---|---|
| Institution | University of Amsterdam (UvA) |
| Faculty | Faculty of Science |
| Monthly Salary | €2,901 to €3,707 (gross) |
| Additional Allowances | – 8% holiday allowance – 8.3% year-end bonus |
| Hours Per Week | 38 |
| Pension Plan | ABP Pension Scheme |
| Contract Type | Temporary (4 years) |
| Location | Amsterdam, Netherlands |
| Start Date | Late summer/early fall of 2025 (negotiable) |
Research Area
- Primary Focus: Emergent phases in quantum matter with special emphasis on the strange metal phase in high-temperature superconductors.
- Methodology: High-resolution ARPES and time-resolved ARPES experiments.
- Collaborations:
- Theoretical physics (holographic dualities, University of Leiden).
- Low-temperature and high-field transport experiments (University of Bristol).
- Machine learning-based data analysis (Kyiv-based research team).
- Electron energy loss spectroscopy (IFW Dresden).
Location
- Host Department: Van der Waals-Zeeman Institute for Experimental Physics (IoP-WZI), University of Amsterdam.
- Collaborative Institutions: Based in Amsterdam but includes research visits to international large-scale facilities across Europe, plus partnerships with Dutch universities and global institutions.
Eligibility/Qualifications
To qualify for this position:
- Academic Background:
- MSc in Physics or a physics-related discipline with a strong experimental focus.
- Soft Skills:
- Natural curiosity and desire to explore fundamental scientific questions.
- Effective communication skills in English (spoken and written).
- Willingness to collaborate across disciplines and integrate theoretical insights with experimental work.
- Additional Desirables:
- Experience with spectroscopy, ultra-high-vacuum, or laser technologies is advantageous.
- Commitment to public engagement and interdisciplinary collaboration.
Description
As a PhD candidate, you will:
- Conduct ARPES experiments at UvA’s cutting-edge lab and international synchrotron/free electron laser facilities.
- Collaborate closely with theorists (University of Leiden) and experimental teams.
- Analyze data using advanced experimental and machine learning techniques.
- Actively contribute to public engagement initiatives, such as science festivals and art/science programs.
- Participate in EAAS consortium activities and interdisciplinary workshops.
- Supervise and mentor undergraduate and Master’s students.
This experience will offer extensive training in experimental spectroscopy, alongside exposure to ultra-high-vacuum and laser technologies, ensuring a robust launchpad for a scientific career.
How to Apply
Applicants should submit the following in a single PDF:
- Detailed CV with education and work experience (include months).
- Motivation Letter explaining why this position is a good fit and how you envision collaborating with the theoretical team.
- Supporting Documents:
- Academic transcripts for Bachelor’s and Master’s programs.
- List of publications (if applicable).
- References: Provide the names and email addresses of at least two academic referees.
Submit Application:
Send the application directly via email to Prof. Mark Golden at m.s.golden@uva.nl. Applications will only be considered if complete.
Last Date to Apply
- Start of Application Reviews: 11 August 2025
- The position will remain open until filled.
This is an incredible opportunity to contribute to groundbreaking research at the intersection of quantum physics, theoretical modeling, and interdisciplinary collaboration!
