The RTNN will return to the Museum of Life and Science in Durham, NC on Saturday, August 17th from 10 am – 4 pm.
We will investigate things you encounter every day through a different lens! Join us as we take an up-close look at everything from bugs to Band-Aids through a Scanning Electron Microscope! Can you guess what you’re viewing from structures nanometers small?
Learn more about our previous event at the museum here.
The RTNN hosted 11 educators this summer from Durham, Johnston, Wake, and Chatham Counties. The educators worked in small teams in research labs at NC State, Duke, and UNC as well as a start-up company, Smart Material Solutions. During their time in the program, educators were exposed to and participated in research in cutting-edge laboratories. They also had the opportunity to utilize multiple nanotechnology techniques and tools in RTNN facilities including atomic layer deposition, photolithography, scanning electron microscopy, and atomic force microscopy. Projects ranged from the creation and analysis of thin films to the development of new filter materials. Educators also wrote innovative lesson plans linked to their research to bring back to their home institutions. The program culminated in a poster session where teachers shared their summer work and how they will use their experiences in their classroom.
Holly is a Research and Development Engineer at Duke’s Shared Materials Instrumentation Facility. Holly was recognized for the vital role she plays in planning and implementing the RTNN’s education and outreach programs. Each year she leads Girls STEM Day @ Duke where girls participate in hands-on science and engineering activities. The event aims to show the girls and their parents that a career in STEM is within their grasp. The huge success of this event was in large part due to Holly’s leadership and tireless hours of hard work.
The cryo-TEM housed in Duke’s Shared Materials Instrumentation Facility was recently featured in Duke’s Research News. This instrument helps researchers resolve the complex structures of proteins. The cryo-TEM can capture hundreds of thousands of images of these small molecules, and power software is employed to reconstruct the structures in three-dimensions. To learn more, read the full news article.