PhD Position in Solid State Physics (Correlated Quantum Materials)

Job Description

TU Wien, in collaboration with the Institut Laue-Langevin (ILL) in Grenoble, invites applications for a PhD position in the field of correlated quantum materials. The project focuses on entanglement, topology, and Kondo systems, using advanced inelastic neutron scattering at ultra-low temperatures and high magnetic fields. This unique position combines solid-state physics, quantum materials research, and cutting-edge experimental techniques across two world-leading institutions.

Job Details

About the Program

This PhD opportunity is offered jointly by TU Wien—Austria’s leading institution in technology and natural sciences—and the Institut Laue-Langevin (ILL) in Grenoble, one of the world’s premier neutron research centers. The position is embedded within the Quantum Materials research unit of TU Wien’s Institute of Solid State Physics and the high-resolution neutron instrumentation environment at ILL.

This collaboration offers a rare chance to work at the interface of condensed matter physics, quantum materials science, neutron spectroscopy, and topological phenomena.

About the Research Project

The doctoral research focuses on understanding the fundamental physics of:

🔹 Entanglement and Topology in Kondo Systems

Quantum materials exhibiting strong correlations—such as heavy-fermion compounds and Kondo systems—host emergent phenomena that are deeply linked to:

• Multipartite entanglement

• Strange metallicity

• Topological quasiparticles (e.g., Weyl-Kondo semimetals)

Recent discoveries reveal extraordinary multipartite entanglement and non-trivial topology in these systems. This PhD project builds directly on these breakthroughs.

🔹 Advanced Neutron Scattering Experiments

The core experimental technique involves:

• High-resolution inelastic neutron scattering

• Ultra-low temperatures

• High magnetic fields

• Possible high-pressure conditions

Experiments will be conducted using the ThALES triple-axis spectrometer at ILL and supplemented with time-of-flight measurements.

🔹 Data Analysis and Materials Characterization

The work includes development of:

• Background-subtraction techniques

• Absolute-intensity calibration

• Polarization analysis (if applicable)

• Crystal growth and property characterization using facilities at TU Wien

The project blends quantum materials physics, neutron scattering, data science, and experimental solid-state physics.

Who Succeeds in This Role

This position is ideal for candidates who have:

• A strong academic background in solid-state physics

• Hands-on experimental skills in condensed matter research

• Prior exposure to neutron scattering, spectroscopy, or low-temperature physics

• Motivation to work in quantum materials, especially correlated electronic systems

• Strong communication skills and ability to work across two institutions

• Enthusiasm for both laboratory experimentation and data interpretation

Benefits & Working Environment

• Fully funded PhD position (initial 3 years, expected extension)

• Based primarily at ILL Grenoble with regular stays at TU Wien

• Access to world-class neutron scattering infrastructure

• Embedded within a vibrant research community in Quantum Materials at TU Wien

• Full support for experiments, analysis, and academic development

• Access to the ILL Graduate School and advanced technical training

Application Instructions

To apply, send the following documents to Prof. Dr. Silke Bühler-Paschen at [email protected]:

• CV

• List of publications & presentations

• Short research statement (experience + motivation)

• Two letters of recommendation (sent separately by referees)

Applications will be evaluated continuously until the position is filled.

For inquiries:

• Silke Bühler-Paschen — [email protected]

• Arno Hiess — [email protected]

• Paul Steffens — [email protected]

Reference Links

• TU Wien: https://www.tuwien.at

• Institut Laue-Langevin (ILL): https://www.ill.eu

• Job Source Page: (external job portal link if required)

Disclaimer

This article summarizes a job vacancy posted by TU Wien. For the most up-to-date information, official details, and accurate application instructions, please visit the official university or institute website.