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The Nanoscale Informal Science Education Network's full collection of do-it-yourself science activities that investigate the nanoscale - the scale of atoms and molecules! These 'Do It Yourself' Nano activities and experiments allow families to experience and learn about nanoscale science,...

"Exploring Forces - Gravity" is a hands on activity in which visitors discover that it’s easy to pour water out of a regular-sized cup, but not out of a miniature cup. They learn that size can affect the way materials...

"Exploring Materials - Memory Metal" is a hands on activity in which visitors compare the properties of a memory metal spring to an ordinary spring. They learn that the way a material behaves on the macroscale is affected by its...

This comedic training video highlights common pitfalls presenting techniques and reinforces best practices for giving an entertaining and educational stage presentation. The associated training worksheet provides a structure to focus the training and invite participant involvement.

"Exploring Properties - Electric Squeeze" is a hands on activity in which visitors investigate the properties of piezoelectric materials. They learn that piezoelectric materials have the special property to create electricity when their shape is changed and that when electricity...

"Exploring Size - Scented Solutions" is a hands on activity illustrating how small nano is. By sniffing a series of diluted scent solutions, visitors discover that nano-sized particles may be too small to see, but they're not too small to...

"Exploring Structures - Butterfly" is a hands-on activity in which visitors investigate how some butterfly wings get their color. They learn that some wings get their color from the nanoscale structures on the wings instead of pigments. "Explore Science -...

"Exploring Size - Powers of Ten" is a card game exploring the relative sizes of various objects. Visitors compete to organize their hand of cards into lists of objects from largest to smallest. "Explore Science - Zoom into Nano Powers...

We've put together resources to help you promote your NanoDays event and other nano educational activities. A collection of NISE Net press photos can also be found in the Media - Promotional Materials section of the nisenet.org website. For questions...

"Exploring Nano & Society - Invisibility Cloak" is a hands-on activity in which visitors learn about refraction and how it can be used to make a glass stir rod "disappear" in a cup of baby oil. They also learn how...

"Exploring Size - Memory Game" is a card game exploring the different size scales - macro, micro and nano - objects within these different scales and the way these objects are measured. Visitors compete to find matching pairs of cards.

The "Nano & Society" poster series provide an entry point for exploring the relationship between nanotechnology and society. They can be displayed on their own, used to spark an open-ended conversation, or paired with suggested activities.

This is a recording of a NISE Network online brown-bag conversation held in 2014; this conversation walks you through all the materials found in the NanoDays 2014 Physical Kit. The discussion provides an overview of the activities, advice for using...

"Exploring Materials - Nano Gold" is a hands-on activity in which visitors discover that nanoparticles of gold can appear red, orange or even blue. They learn that a material can act differently when it’s nanometer-sized.

"Exploring Materials—Oobleck" is a hands on activity in which visitors investigate the properties of a cornstarch and water mixture and test its ability to protect from impacts. Visitors learn that similar nanomaterials can be used in new personal protective equipment.

"Exploring Properties - Surface Area" is a hands-on activity demonstrating how a material can act differently when it's nanometer-sized. Visitors compare the reaction rate of an effervescent antacid tablet that is broken in half with one that is broken into...

"Exploring Tools - 3D Imaging" is a hands-on activity in which visitors use 3D glasses to discover what ordinary objects look like under magnification. They learn that researchers use special tools and techniques, including 3D imaging, to work on the...

The Nanomedicine Explorer is an interactive, bilingual, multimedia program and website. Visitors can explore a variety of research areas in cancer nanomedicine through vivid animations and video story-telling up close with a diverse group of researchers. Interactive features include games,...

"Exploring Properties - Capillary Action" is a hands on activity in which visitors explore how liquids flow in narrow spaces. Visitors investigate how this behavior allows liquids to flow against gravity and soak into coffee filters.

"Exploring Nano & Society - You Decide!" is a hands-on activity in which visitors sort and prioritize cards with new nanotechnologies according to their own values and the values of others. Visitors explore how technologies and society influence each other...

"Nanotechnology: What's the Big Deal?" is a broad overview of the unique challenges and opportunities presented by nanoscale science, and dives into the super tiny scale of nanotechnology.

This video playfully highlights best practices in engaging in a meaningful conversation between a museum facilitator and a visitor, while pointing out some common pitfalls. The associated training worksheet provides a structure to discuss the video and deepen conversation.

A welcome letter (with materials list) and the planning and marketing guide included in the NanoDays physical kit to assist with planning and promoting your NanoDays event. Also includes a link to the Guide to Building Parnerships Between Museums and...

Nano 101 introduces educators to NISE Net’s four big ideas related to nanoscale science, engineering, and technology ("nano"). Related NanoDays activities can be used with this overview presentation to help prepare educators to engage the public in NISE Net educational...

"Exploring Forces - Static Electricity" is a hands-on activity in which visitors discover that electrostatic forces cause smaller balls to be suspended in a tube while larger ones fall to the bottom. They learn that size can affect the way...