Department of Applied Physics

Physics of Nanostructures

We explore novel ways of controlling the electron spin and magnetic textures at the nanoscale for a wide range of applications.



Our research aims at the exploration and exploitation of physical phenomena at the nanometer scale by manipulating the spin-dependent and magnetic properties and structure. Focus is on novel concepts that are of potential relevance for future nanoelectronics. Research themes include ultra-high capacity, ultra-fast and energy-efficient solutions for future memory and logic, integrated nanophotonics, magnetic sensors for automotive, high-tech engineered nanosystems, and magnetic nanoparticles for the health domain.

Research Themes

Work with us!

Please check out the TU/e vacancy pages for opportunities within our group. 

Even if no explicit vacancies are available, excellent candidates are stimulated sending an application letter with CV. We are particularly interested in highly talented students who (nearly) completed their Master of Science in Experimental/Applied Physics and outstanding PostDoc candidates with a (nearly or recently) finished PhD with top-performance in spintronics, ultrafast magnetization dynamics and/or nanomagnetism. Please contact any of the scientific staff members or secretary Karin Jansen, for further information.

Meet some of our Researchers



The NanoLab@TU/e offers a unique combination of equipment for developing optical chips and other applications based on compound semiconductor technology.

NanoAccess makes it possible to produce, process and analyze innovative materials with nanometer accuracy, without releasing the necessary vacuum.

For a quick measurement of the magnetic behavior of magnetic thin film structures there is a home build MOKE setup available in the Magneto-Optics & Femtosecond Laser Lab.

Research within FNA is aimed at the engineering and investigation of functional nanostructures. Emphasis is on structures and devices with application potential in the field of spintronics, (magnetic) data storage, and sensors. A state-of-the-art infrastructure for preparation and manipulation, as well as in-situ and ex-situ characterization of nanostructures, is available. Read more



Although curiosity driven, our research is generically inspired by potential future applications. We strive to contribute to major societal and economic themes ranging from Green ICT to smart mobility, and from materials for society to high-tech systems. In all our approaches nanotechnology is key in providing novel solutions, by engineering materials and devices at the nanometer scale. Our research is well positioned on the Dutch and European research agendas. It is well aligned with the Dutch top sector high-tech systems, but also has links to energy and life sciences and health. Several questions starring prominently on the National Research Agenda, launched early 2016, are actively addressed by our researchers, such as: How can we exploit quantum physics in enabling spectacular, novel applicationsCan we design smart materials with advanced properties?  And, what will be the impact of the quantum internet? – many of them grouped in the overarching routes 'Quantum/nano revolution' and 'Materials - made in Holland'


Student Opportunities

Students are very welcome in our group to participate in one of the ongoing research projects. We have a long-lasting tradition of hosting a large number of Applied Physics students in their Bachelor or Master program. These projects cover a broad range of possibilities in the field of new experiments related to the physics of (magnetic) nanostructures, designing or installing new high-end instruments, and/or contributing to the physics by developing theory, modelling, or using numerical approaches.

Please contact one of the staff members to get more information, e.g. on actual projects or how to get in touch with students now active at FNA.