RTNN faculty, staff, and students have launched a free online course on nano-fabrication and -characterization tools and techniques. Through instruction and lab demonstrations, this course gives students a rich understanding of the capabilities of nanotechnology tools, and how to use this equipment for nano-scale fabrication and characterization. Students will learn the fundamentals through engaging video lectures and exciting demonstrations in RTNN facilities. To learn more and enroll in the course, visit the course homepage. We also invite you to participate in our live Q&A sessions on October 10th! Experts will answer your questions on nano -fabrication and -characterization.
National Nanotechnology Day will be held on October 9, 2017. The National Nanotechnology Coordinating Office (NNCO) is spearheading the celebration, which includes a variety of community-led events and activities to raise awareness of the significance and importance of nanotechnology. Visit the NNCO website to learn about nano themed events occurring across the country. In the spirit of the day, RTNN will host two online nano Q&A sessions on October 10th. More details regarding these events can be found here.
RTNN is hosting a free nanotechnology workshop for community college educators at the University of North Carolina at Chapel Hill on August 8-9. More information about the event and a link to registration can be found on the event website. The registration deadline is July 28. Space is limited!
Led by RTNN director Dr. Jacob Jones, a team of researchers from NC State, UNC-CH, Duke, and RTI has been announced as a GRIP (Game-Changing Research Initiative Program) awardee for their project “Water Sustainability through Nanotechnology: Nanoscale Science and Engineering at the Solid-Water Interface.” Water is a fundamental requirement for life. However, universal access to clean water has become a crisis facing society, evidenced by continuing droughts and contaminated water supplies in major population centers. There is an emergent need for innovative, sustainable technologies to improve and maintain worldwide availability and quality of clean water. Development of new materials, membranes, and separation processes are essential to more efficiently create drinking water from salt water (desalination), reclaim clean water from waste and local streams (wastewater and point-of-use treatment), and to recover contaminants of value from water (resource recovery). Engineered nanotechnologies and nanomaterials can be used to uniquely address many emerging challenges in water sustainability due to their high surface area, reactivity, and surface and interfacial phenomena. Empowered by a multi-agency Nanotechnology Signature Initiative released in March 2016, the team will launch an ambitious effort to catalyze several interrelated, game-changing research activities for substantially increasing water availability at lower cost. The effort will position NC State, RTI, and partnering institutions including Duke and UNC-CH as a leading team at the water-nano nexus.
- RTNN Nano Image Contest: The winning image will be highlighted prominently on the RTNN website and awarded $109 in honor of the nanometer. Submissions due October 3, 2016.
- Exploring Light Technologies: October 9, 2016, 1-4 pm, The Shared Materials Instrumentation Facility (SMIF), will host tours and demonstrations to celebrate the “fun and fascinating power of light.”
- Atom Art, Beauty at the Atomic Scale: September 27 to November 20, 2016, Museum of Life and Science: Dr. Jim LeBeau (NC State), is curator of an upcoming art exhibit highlighting his work examining the atomic structure of different materials.
- How fast can you run 100 billion nanometers? The National Nanotechnology Coordinating Office encourages you to upload photos and videos of yourself running #100BillionNanometers.
The National Science Foundation (NSF) and NBC News teamed up to produce a six-part series on how nanoscale materials and systems are being used in real-world technologies. These 5-6 minutes videos cover a variety of topics, including quantum dots for solar cells, nano electronics, nanoscale coatings, and nanosensors for cancer diagnosis and treatment.