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In this classroom activity, students learn about organic light-emitting diodes (OLEDs). During the activity students make OLEDs, learn how OLEDs work, and discover what devices currently use OLEDs. Students also learn about spin coating since a spin coater is used...

Initially developed by the New York Hall of Science to establish a partnership with a local Boys and Girls Club, this four-week After School Framework designed for children between the ages of 8 to 12 highlights NISE Net activities, demos...

In this activity, students learn about structural color while exploring interference paints. Students compare interference acrylic paints to normal acrylic paints. Students also observe how the color of the paint changes when it’s applied to different paper, or viewed from...

All digital resources for the Museum & Community Partnerships Explore Science - Zoom into Nano kit downlodable as Zip files. The Museum & Community Partnerships Explore Science - Zoom into Nano kits are designed to facilitate new or expanded collaborations...

"Nanostained Glass" is a classroom activity that has three parts: a presentation, a lab activity and an art activity. During the presentation, students are introduced to the connections between art and science, with a focus on the connection between stained...

This program describes a weeklong summer camp for high school students. The camp does not assume any previous knowledge of the field and thus is open to students from all backgrounds. It is hands‐on; application based and also gives a...

This is a framework for a school field trip of students aged 8 - 11 years. Students learn about nanoscale science and engineering through hands-on activities. The framework is intended to be delivered in a one hour session.

This is a framework for a summer camp for campers aged 8 - 10 years. Campers learn about nanoscale science and engineering through hands-on activities. The framework can be delivered in 5 half-day (1.5 – 2 hour) sessions. Alternately, the...

This hour long classroom program introduces nano science and nanotechnology as a leading, cutting edge science with an emphasis on nano in nature, health, energy and the environment. The class includes a PowerPoint presentation, three minute video, nine self-guided activities...

In this activity, museum visitors will be exposed to the term ‘Photonic Crystals’. They will see and explore some of the well-known photonic crystals in nature and will also be able observe one method that scientists use in trying to...

This activity is designed for high school students. In this experiment students use UV light to transfer a pattern (either a network of very small metal wires or self-drawn patterns) onto a surface-- a plastic board. The pattern is transferred...

This 50-minute program includes an introduction to the nanoscale science, conversation time for the participants and 2 ten-minute plays that stimulate conversation about the impact the field of nanoscale science may have on our lives. It also gets the audience...

This lab is designed to help students understand one aspect of semiconductor manufacture: selective layering.

Educational materials and presentations for STEM teachers and their students from the University of Massachusetts Amherst Nanotechnology Summer Institute for STEM Teachers. Includes Powerpoint presentations, activity descriptions, and links to other resources.

This lesson introduces students to social and ethical issues related to nanotechnology. The lesson demonstrates possible social issues through case studeies using popular films, books, and news stories. The lesson is intented to stimulate discussion about social and ethical issues...

This 3-part lesson introduces the nanoscale effect of various energy inputs on the crystal lattice of a smart material, Nitinol, and then invites students to become nanotechnology inventors. Students will first explore how energy exchanges lead to solid-state phase changes...

There are two activities in this lesson, the Fly Prison and the Water Maze. The Fly Prison is a hands-on modeling activity designed to introduce students to the area of nanotechnology and give them a basic understanding of how researchers...

This lab will allow students to use the pure silver nanoparticles they synthesize to create antibacterial socks. They will compare their socks with socks that have been treated with a commercial silver spray, socks that have been treated in a...

The NACK center at Penn State University has set up a remote access to the Instrumentation available in their labs for educators to use in class. This is available free of cost to educators. Traditionally, an engineer from Penn State...

Resources for educators developed by the University of Wisconsin MRSEC. (high school level)

Students learn about a class of materials called shape memory alloys. They will explore how these materials work and what applications these materials are used in. They will discuss phase transformations.

Silver nanoparticles can take the shape of cubes, spheres, bars, wires, bi-pyramids, beams, plates, and discs depending upon the seed it forms from. Students will learn about the differences in physical properties and behavior at the nanoscale as compared to...

This unit provides activities for students to learn about the metric system of measurement. A connection to the nanoscale is made by having students read the How Stuff Works article –"How Nanotechnology Works" and answer questions about the article. Further...

Reference Sheets with basic biology and genetics information and information about nanotechnology. Suitable for printing.

NASA Wavelength is your pathway into a digital collection of Earth and space science resources for educators of all levels – from elementary to college, to out-of-school programs. These resources, developed through funding from the NASA Science Mission Directorate (SMD),...