Insight into the World of Nanotechnology: Visit of Kirschgarten Gymnasium Students to Nanosurf

Last week, the students of Kirschgarten Gymnasium, who are enrolled in the mandatory subject of nanotechnology, had the unique opportunity to visit Nanosurf. They were accompanied by their teacher, Mr. Pascal Tanner. The main goal of this visit was to provide the interested students with an in-depth look into Atomic Force Microscopy (AFM) technology, to show the possibilities that nanotechnology offers, and to explore the nanoscale world.

Welcome and Introduction to AFM Technology

Amelie Axt, Head of Applications at Nanosurf, welcomed the group and guided them through an informative presentation on the basics of AFM technology. She explained how an AFM works and what measurements can be carried out with it. She highlighted the features and advantages of AFM technology compared to other measurement methods. It was particularly exciting to learn about the prerequisites for precise AFM measurements and the challenges that need to be overcome.

^{"It was fascinating to experience the technology behind the AFM firsthand. The visit gave me new insights into nanotechnology."}

Practical Insights in the Nanosurf Applab

After the theoretical introduction, the group moved to the Nanosurf Applab, where they had the opportunity to see various AFM models live. The students were introduced to the DriveAFM, FlexAFM, Nanite, and the Flex Mount. These demonstrations allowed the students to observe the technology up close and gain a better understanding of its practical applications.

^{"The opportunity to see an AFM in action was a highlight. I learned a lot about practical applications and the challenges involved."}

Unfortunately, due to time constraints, the students were not able to conduct measurements themselves. However, they had the chance to ask questions and gain deeper insights into the functionality and application possibilities of the different AFM models.

Before the visit, Nanosurf received a list of samples that particularly interested the students. Many of these samples had already been analyzed by Nanosurf as part of our #FridayAFM series, and the results were especially enlightening for the students. Have a look at some of those measurements and results:

• The flowers...
• What makes you sneeze?
• Nanomechanics of lettuce stomata
• Stinging hairs
• Young AFMers' hair
• Animal hair fibers
• Conduction at the edge
• 1984 EPROM

It was impressive to see how well the students had already engaged with nanotechnology applications and how great their interest in the subject was.

Positive Feedback and Conclusion

Amelie Axt was pleasantly surprised by the students' high level of knowledge and their strong interest. It was a rewarding experience to inspire the younger generation in this field and to introduce them to the fascinating possibilities of nanotechnology.

Mr. Tanner told us afterwards: "Through the visit, the students gained a deeper understanding of the functionality and applications of AFMs. They not only deepened their theoretical knowledge but also received practical insights into the work of developers and scientists thanks to the informative tour by Ms. Axt. They were particularly impressed by the possibilities that AFMs offer in research and industry, as well as the technological challenges associated with their use."

Overall, the visit of the Kirschgarten Gymnasium students to Nanosurf was a complete success. It provided the students with not only theoretical but also practical insights into the world of nanotechnology and the application of AFM technology. Such excursions are an important part of education and foster the students' interest and understanding of forward-looking technologies.