Nanotechnology plays a key role in advancing information technologies by enabling the design of materials with precise control over electronic, magnetic, and structural properties. At the NN Group, we explore how nanomaterials can drive innovation in next-generation computing, communication, and data storage.

Our research in this area focuses on the development of functional oxide materials and nanocomposites with unique magnetic and multiferroic behaviour. We investigate the relationship between structure and properties in nanoscale systems — particularly how spins, charges, and lattice interactions can be tuned to achieve new functionalities.

We use sol-gel chemistry and physical deposition techniques to fabricate thin films and nanostructures on technological substrates. These materials are studied for their potential use in miniaturised memory devices, sensors, and high-frequency signal processing systems. For example, we develop orthorhombic ferrites, such as ε-Fe₂O₃, that exhibit magnetoelectric coupling at room temperature — a property that could enable low-power, voltage-controlled components.

The NN Group also has participated in collaborative projects aimed at wireless communications and energy-efficient devices. Our work within the MAGMUF and FeMiT projects explores materials for future mm-wave and THz-band applications, addressing challenges in next-generation wireless technologies.

With a deep understanding of functional nanomaterials and strong expertise in advanced characterisation, we contribute to the development of novel solutions for the information technology sector. Our approach combines fundamental research with a focus on real-world performance and integration.

By designing nanomaterials from the ground up, we help lay the foundation for faster, smaller, and more energy-efficient technologies.