PhD position in magneto-optical effects of 3D spintronic nanomaterials

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PhD position in magneto-optical effects of 3D spintronic nanomaterials

TU Wien (Vienna) is Austria's largest research and educational institution in the field of technology and natural sciences.

PhD position in magneto-optical effects of 3D spintronic nanomaterials Funding provided by the Austrian Science Fund (FWF) – Weave Project TOMOCHIRAL

TU Wien is located in the heart of Europe, in a cosmopolitan city of great cultural diversity. Our identity as a research university means that we build our reputation through our research. TU Wien combines basic and applied research and research-oriented teaching at the highest level. The group of Prof. Amalio Fernandez-Pacheco at the Institute of Applied Physics invites applications for a 3-year PhD position (starting in October 2025 or shortly after) in the field of magneto-optics of 3D nanostructures.

The Project

Spintronics is a rapidly growing field of nanoelectronics that harnesses the intrinsic spin of electrons—alongside their charge—to store and process information. Spin-based hardware components represent one of the most promising pathways toward disruptive, energy-efficient computing technologies that go beyond conventional Moore’s Law scaling, key for the future of computing and AI. The 3DNANO group, led by Prof. Amalio Fernández-Pacheco, investigates cutting-edge phenomena in three-dimensional spintronics, with a particular focus on novel physical effects that arise in 3D magnetic nanomaterials. Unlike traditional nanoelectronics, which rely on planar geometries, the move to 3D architectures offers the potential for ultra-high-density, low-power devices and unlocks new physics resulting from the change in dimensionality. Within the framework of the FWF-funded project TOMOCHIRAL, this PhD research will involve both experimental and computational work focused on the design, fabrication, and characterization of 3D spintronic chiral nanomaterials and their magneto-optical responses. The candidate will utilize state-of-the-art equipment to create and study complex 3D nanoelectronic structures based on magnetic materials, complemented by advanced simulation techniques to guide and interpret the experimental findings. The project is highly collaborative, involving joint work with leading international researchers: Dr. Claas Abert (University of Vienna, Austria), Dr. Claire Donnelly (Max Planck Institute for Chemical Physics of Solids, Dresden, Germany), and Prof. Manuel Guizar-Sicairos (Paul Scherrer Institute, Switzerland). Participation in synchrotron-based experiments at large-scale international facilities is also anticipated.

By contributing to this vibrant international team, the PhD student will develop deep expertise in:

• Nanoscale magnetism and spintronic phenomena,
• Thin film deposition and multi-layered heterostructures,
• 3D nanofabrication using focused charged beams,
• Magneto-optical and magneto-electrical characterization techniques,
• Continuum micromagnetic simulations and device modeling.

This is an exciting opportunity to be at the forefront of research in next-generation nanoelectronic technologies.

Your profile

This project provides a unique intersection of various nanotechnology areas, including nanofabrication, thin film deposition, magneto-optical and magneto-electrical characterisation, in combination with magnetic modelling. For this ambitious project, we are looking for a motivated PhD student fulfilling these requirements:

• MSc degree or comparable degree in physics, materials science, or in a related subject.
• Strong analytical skills and theoretical knowledge in the disciplines listed above.
• Prior experience in areas such as thin film deposition, electron microscopy, magneto-optics, magneto-electrical transport and/or micromagnetic simulations, would be an asset.
• Solid written and oral communication skills in English.

We offer

The successful candidate will work in the 3DNANO group at the Institute of Applied Physics, located in the centre of Vienna. The institute offers an international environment and excellent infrastructure. You can find more information about the institute and the group at https://www.tuwien.at/en/phy/iap/3dnano

In addition, we offer

• Continuing personal and professional education and flexible working hours
• Central location of workplace with very good accessibility (U1/U2/U4 Karlsplatz)
• A creative environment in one of the most liveable cities in the world
• A highly competitive salary (Salary of the position is according to collective labour agreement for employees at universities, salary group B1, based on 30 hours per week, approximately EUR 2,786 per month)

We invite highly qualified and motivated students having a strong interest in nanomaterials, magnetism and new forms of computing, to send us your detailed application documents (including a letter of motivation, CV grade transcripts and BSc/MSc diploma, and the contact details of two referees) in a single pdf file. Please send your application via email to amalio.fernandez-pacheco@tuwien.ac.at , using the subject line: "PhD Application 3DMO – Your Surname".

The anticipated start date for the PhD project is October 2025; however, there is some flexibility. Applications will be reviewed on a rolling basis, and the position will remain open until filled.

Please note that candidates are not eligible for reimbursement of travel or accommodation expenses related to the application process. Interviews will typically be conducted online. TU Wien intends to increase the number of women on its faculty and therefore specifically invites applications by women. Among equally qualified applicants, women will receive preferential consideration.

TU Wien (Vienna) is Austria's largest research and educational institution in the field of technology and natural sciences.