Coburg University of Applied Sciences revolutionizes nanotechnology with a new process

Coburg University of Applied Sciences revolutionizes nanotechnology with a new process

Innovations in nanotechnology at the ISAT of the Coburg University of Applied Sciences

The Coburg University of Applied Sciences has made significant progress in nanotechnology. At the Institute for Sensor and Aktor Technology (ISAT), a new method for the production of plastic nanostructures was successfully developed that could have far-reaching applications in different areas. This opens up interesting perspectives for the future development of highly sensitive sensors.

The importance of plastic nanostructures

Plasmonische nanostructures are tiny particle -based entities that have special optical properties. These particles interact in a unique way with light and can thus be used tailor -made for various applications in sensor technology and in optoelectronic research. Their ability to bundle light in a minimal space could revolutionize sensor technology, especially in areas such as medicine, environmental monitoring and safety -related applications.

success through international cooperation

The breakthrough on Isat is the result of Yuzhong Shi's practical semester, a Chinese student of the Coburg University of Applied Sciences. During his studies in the Bachelor's degree in future technologies, he largely worked on the development of these innovative nanostructures. His practical semester was not only a learning ceremony for science, but also a cultural exchange that expanded its horizon. "The differences in culture are fascinating. I also have the freedom and opportunities to experiment in the laboratories and to do real nanof research," he explains enthusiastically.

The technology behind the nanostructures

The Shadow Mask Lithography is crucial for the production of the nanostructures generated. With this technique, a mask with special openings is placed over a substrate, which is then coated with a sputter material. The sputter particles only reach the substrate through the openings and thus create a precise pattern. After the application, the mask is removed so that the final pattern remains visible. In this special case, a star-shaped pattern of triangular silver structures was successfully created.

outlook for the future

The development that has taken place at ISAT in Coburg is in line with the global trend of nanotechnology and its growing importance in research. The possibilities that are offered by the new plasonal structures could have far -reaching implications for the entire sensors and beyond. The Coburg University of Applied Sciences continues to confirm its commitment to support young, talented researchers in their pursuit of innovation and technical progress.