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ZnO with its excellent electro-mechanical coupling properties is being realized in our research on nanomechanics. Namely piezoelectricity based on ZnO nano-wires grown on different substrates is an active research area.

The application of nanostructures as electrochemical sensors is another challenging area of research within our activity in Physical electronics and nanotechnology group.

We are mainly working on the growth and structural and optical characterization of metal oxide nanostructures and its composites.

Our research covers a broad range of topics in materials and devices. At present, the main topics are on the growth, characterization, modeling and device realization of configurations based on nano-structures on different substrates.

Mechanical energy, which is possessed by everything that moves, is an abundant source of energy. Eiman Satti’s doctoral project has developed a footstep sensor that converts the mechanical energy of a footstep to electricity.

How do you make nanoparticles and use them to purify water? Is it really possible to control plant photosynthesis? An advanced chemistry lab – what’s it for? What about a career in nanotechnology...?