An ordinary microwave works by means of electromagnetic radiation, which excites water molecules in food and generates heat. In micro- and nanotechnology, however, this radiation is used in a completely different way. Through special arrangements and geometries, it can also generate a plasma - an extremely high-energy and ionized gas that has unique properties and is of central importance in nanotechnology.
Plasmas make it possible to precisely modify materials at the atomic level and create structures in the nanometer range, which are crucial in areas such as optics, photonics and semiconductor technology. This results in components that are used in tiny sensors, powerful microchips or high-precision optical lenses.
Join us for interactive experiments that reveal the fascinating relationship between everyday life and cutting-edge research!
