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Nano Future Tellers are origami-folded, interactive pocket game to educate visitors ages 7-12 about future nano products! Everyone's favorite fortune telling game brings potential future nano products to life!

Museum visitors are contestants in a game show that encourages them to learn more about nanotechnology. The three rounds included here cover an introduction to nanotechnology; provide information on nanoparticle solar cells; and express the concerns people have for nanotechnology....

"Nanotube Balloons" is a large display made of balloons that can be used to draw visitors to a program on nanotechnology. Visitors observe how the carbon atoms are arranged in a carbon nanotube. The nanotube balloon model can be pre-constructed...

Bump and Roll is an interactive exhibit that demonstrates nanomaterial properties using an everyday object: a leaf of cabbage. The nanoscale structures on a cabbage leaf cause water to bead up and slide off its surface. Scientists are replicating these...

This cart demonstration introduces the nanomaterial aerogel, a glass nanofoam. Visitors learn how aerogel is made, how well it insulates, and learn about its other unique properties. They see real aerogel and feel how well it insulates.

In this activity, learners make a voltaic pile, the first kind of battery. The activity is designed to prompt conversation and reflection about responsible innovation, inspired by themes raised in Mary Shelley’s novel Frankenstein.

"Lotus Leaf Effect" is a cart demo that demonstrates how nature inspires nanotechnology by sharing how nanoscale features on a surface can influence how a material behaves at the macroscale. Visitors learn that lotus leaves (and many other plant leaves)...

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...

A ten minute play in which a supervillain from the future attempts to conquer the audience using...Nanoscience?

"Magic Sand" is a cart demo that demonstrates how changing nanoscale changes in a material can affect how that material behaves at the macroscale. Visitors learn that hydrophobic surfaces repel water and that "magic" sand repels water because of a...

What is Nanomedicine? This is the introductory component for the Nanomedicine exhibit package; but the video on it's own is also an informative stand-alone media piece for other uses. The structure includes a text panel and a narrated-and-captioned 2.5 minute...

"Exploring Earth: Investigating Clouds" is a hands-on activity in which visitors create a cloud in a bottle and explore it with laser light. The activity is connected to current and ongoing NASA mission research. Participants learn about ways that NASA...

"Forms of Carbon" is a cart demo that demonstrates how the nanoscale arrangement of atoms dramatically impacts a material’s macroscale behavior. Visitors learn about the structure and properties of four different forms of carbon. During the program, visitors interact with...

"Exploring Nano & Society - Tippy Table: is an open-ended conversational experience in which visitors have additional blocks to place on the tippy table component of the Nano Mini-Exhibition. Conversations around where visitors place these new blocks lead them to...

"Nanotechnology: Small Science, Big Impact!" provides an overview of nanoscale science, engineering, and technology, and includes a variety of hands-on activities and demonstrations.

These colorful educational posters cover all four NanoDays key concepts. Use the posters to help decorate and define the space for your NanoDays event, call attention to specific activities or programs, and provide additional content to visitors.

"Invisible Sunblock" is a hands-on activity exploring how nano-scale particles are used in mineral sunblocks to increase their transparency. Visitors compare nano and non-nano sunblocks to a visual representation of the effect of particle size on visibility.

The Nanomedicine Explorer is an interactive, updateable multimedia kiosk and media package, that is also available as a component of the Nanomedicine Exhibition. Visitors can explore a variety of topics and specific research areas in cancer nanomedicine through vivid animations...

This cart demo is about piezoelectricity - how some crystals produce electricity when you squeeze them. Visitors learn about the history of piezoelectricity, how it's used, and how it's applied in nanotechnology. They make electric sparks, handle models and listen...

This is a large group version of the Surface Area program. In this interactive stage presentation, audience members are measured in nanometers and demonstrate the effectiveness of "nano" silver in killing germs. Other highlights include a fireball that starts and...

The Building with Biology kit is designed to help museum and scientist partners engage public audiences in conversations and hands-on activities about the field of synthetic biology and the ways this emerging technology is interconnected with society.

In this Building with Biology activity, visitors consider the potential advantages and disadvantages of various areas of synthetic biology research, before investing in them with "tech tokens." Then, visitors assume the role of a different character, and consider how that...

Oleophobic Surfaces - Anti-Graffiti Demo is a hands on cart demonstration for spontaneous, 3-10 minute interactions with visitors. The visitors will explore several surfaces that display oleophobic properties due to material science research at the nano scale. Coatings can preserve,...

"Cutting it Down" is a cart demo that communicates scale through a hands-on activity. Visitors learn that the nanometer size scale is very, very small—and that we can’t use macroscale tools to manipulate nanoscale materials. During the program, visitors are...

Visitors will learn how nanotechnology is being used to create new types of protective fabrics. The classic experiment "Oobleck" is used to demonstrate how scientists are using similar techniques to recreate this phenomenon in flexible fabrics.