The Future of Computing

“The Future of Computing” is a public presentation that examines trends in computing technology and predicts what the future of computing might hold for us. Visitors are introduced to the idea of smaller, nanoscale transistors as the key to faster, more capable computers – and the barriers we face in continuing to shrink transistors to advance our computing technology (heat build-up, fabrication issues due to their small size, and quantum effects).

Online Brown-Bag: The Science Behind NanoDays 2015 - Part 1 (Recorded)

This is a recording of a NISE Network online brown-bag conversation held in February 2015 focused on the applications and scientific background behind NISE Net activities related to graphene and nano-coatings. The presentation covered a variety of past and present NanoDays activities, including Exploring Materials - Graphene, Exploring Properties - Heat Transfer, and Exploring Products - Kinetic Sand.

Graphene: The Next Big (But Thin) Thing video

Graphene. If you haven't heard of it before, you have now. And it may prove to be the next big thing in materials science. SciShow explains what it is, why it's so awesome, and what challenges we face in harnessing its amazing properties. (5 minutes) Hosted by Hank Green, SciShow discusses science news and history and concepts. With equal parts skepticism and enthusiasm, we go a little deeper...without going off the deep end.

Nanotube Models

“Nanotube Models” is a facilitated tabletop program aimed at educating the public about the properties and applications of carbon nanotubes. Visitors will be able to use Molecular Visions model kits to build carbon nanotubes. The models can be started by museum staff and added onto by visitors, or pre-built to be used as a display. The models can also be accompanied by other NISE Net programs that focus on carbon nanotubes to increase the engagement and enhance the models.

Zoom into a Pencil Line of Graphene with an Atomic Force Microscope (AFM) - Illustration

This illustration shows how an Atomic Force Microscope (AFM) is used to image a line of graphene made by a pencil. The scale spans ten orders of magnitude, from the microscope and pencil to the atoms that compose the scanning probe and pencil line. As the viewer zooms into the line, graphite flakes, and eventually a single layer of graphene, become visible. On the AFM, a silicon cantilever with a sharp atomic tip and a laser with a photodiode measure the up and down motion as the probe maps out the graphene sample.


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