Overview
The Paul Scherrer Institute (PSI) is the largest research institute for natural and engineering sciences within Switzerland, performing cutting‑edge research in future technologies, energy and climate, health innovation, and the fundamentals of nature. PSI employs 2,300 people and supports the training of future scientists, with a quarter of staff being post‑docs, post‑graduates or apprentices.
Position Summary
PhD Student in Thin Film Condensed Matter Physics (Index‑Nr. )
Who We Are Looking For
We seek candidates who thrive in collaborative environments, enjoy connecting people and ideas across disciplines, and are comfortable working within networked structures. Your ability to contribute to a culture of openness and shared progress is as important as your technical expertise.
Equal Opportunity Statement
Muoniverse is committed to promoting equal opportunities and diversity in science. We actively work toward a diverse scientific community and an inclusive work environment.
Responsibilities
* Develop a thin‑film preparation chamber.
* Study thin‑film and hybrid interfaces of quantum materials.
* Perform low‑energy muon‑spin spectroscopy (LE‑μSR) and beta‑detected NMR (β‑NMR) on thin films.
* Contribute to ongoing activities of the LEM group at PSI and the β‑NMR group at CERN.
* Participate in teaching and graduate school activities at the University of Zürich.
Profile
* Master’s degree (or equivalent) in Physics.
* Strong interest in instrumentation, data analysis, and experimental techniques.
* Background in condensed‑matter physics or materials science.
* Programming skills (C++, Python, ROOT) are a strong asset.
* Good command of English (spoken and written).
We Offer
Our institution is based on interdisciplinary, innovative and dynamic collaboration. You will enjoy systematic training on the job, personal development opportunities, and a pronounced vocational training culture. Flexible working arrangements support the combination of work, family life, and personal interests, together with modern employment conditions and on‑site infrastructure.
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