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Vector illustrations of ball-and-stick models of a graphene structure on a black or white background.

Illustration of an Atomic Force Microscope (AFM) probe tip. AFMs are so sensitive that they can image individual atoms.

Scale ladders are diagrams that can quickly convey the size of the nanoscale by showing how objects are related by size. Using existing research on understanding size and scale, the Visualization Laboratory carried out a series of experiments to develop...

The DIY Nano app (for iPhones) and DIY Nano HD (for iPads) allows families to experience and learn about nanoscale science, engineering, and technology at home or on the go! The apps provide free, easy to use, hands-on activities at...

Scanning electron microscope image of a human hair (black and white). • SIZE: Scale bar representes 10 µm • IMAGING TOOL: Table-top Scanning Electron Microscope (SEM)

This ruler let's you measure tiny things like a lady bug or a grain of sand, but you need special tools to measure things at the nanoscale. Includes print your own cards.

The interactive image scaler software allows users to see macro scale to micro scale over a spectrum of images. Users can explore size scale relative to one and other. The Image Scaler is designed to be employed in a variety...

Transmission Electron Microscope image of nanoparticles of ferrofluid. • SIZE: The nanoparticles in the image are about 15-20 nanometers across. Scale bar representes 20 nm. • IMAGING TOOL: Transmission Electron Microscope (TEM)

Anders Liljeholm from OMSI reviews key aspects of how to make your own how-to instructional training videos including many simple tips. This short fun 2:36 minute video quickly covers the basics of making an instructional video ranging from using a...

This series of museum labels are designed for general use in your museum or institution to highlight existing connections to nanoscale science, engineering, or technology. NISE Net partners are already coming up with creative ways to use these labels to...

A short 3-minute film to aid in the discussion of the societal and ethical implication of nanotechnology.

Vector illustrations of ball-and-stick models of carbon nanotube structures on a black or white background.

Illustration of a nucleus

What is a robot, and how small can robots be? Are there robots the size of a hand? How about the size of a strand of hair? Can a robot be as tiny as a single molecule? Learn what makes...

Scanning electron microscope image of a cotton fiber treated with silver nanoparticles. • SIZE: Scale bar representes 10 µm • IMAGING TOOL: Table-top Scanning Electron Microscope (SEM)

SmallTalk is a podcast series chatting about nanotechnology with leading scientists, thinkers, artists, writers, and visionaries, and look at quirky nanoscience stories in the news. Dr. Stephanie Chasteen, of the Exploratorium’s Teacher Institute, hosted this series in 2007. Podcase Episodes:...

Meet Macro and Nano. Nano is WAY smaller than Macro and has some very surprising properties! These short (~30 second) clips introduce visitors to simple fundamentals about the nanoscale.

Atomic Force Microcope image (black and white) of polyethylene, a common plastic. • SIZE: Scale bar representes 2 µm • IMAGING TOOL: Atomic Force Microscope

Phootgraph of a head-to-toe suit in a nanoscale cleanroom lab. Scientists wear special clothing to work in a nano lab.

In this episode of O Wow Moments with Mr. O from the Children's Museum of Houston, Mr. O compares sunblock containing nanoparticles to ointment.

We've created a selection of useful products to help members of NISE Network promote the network within their own institution or with potential collaborators. These materials are from the Nanoscale Informal Science Network last updated 2014.

Scanning electron microscope image of the surface of a lotus leaf. • SIZE: Scale bar representes 200 µm • IMAGING TOOL: Table-top Scanning Electron Microscope (SEM)

Mr. O talks about iridescence and Blue Morpho butterflies in another "O Wow" moment at the Children's Museum of Houston.

Transmission Electron Microscope image of gold nanoparticles. • SIZE: The gold nanoparticles in the image are about 80 nanometers across. Scale bar representes 500 nm. • IMAGING TOOL: Transmission Electron Microscope (TEM)

This poster aligns zooms into three familiar objects - a human heart, a butterfly's wing, and a laptop computer. Using the conventions of visual perspective the image travels in one continuous "landscape" from the human scale at the top to...