News Highlights: Homepage Slideshow Archive

Carbon Nanofibers Made From CO2 In The Air

Scientists have found a way to take carbon dioxide (CO2) from the air and make up to 10 grams of carbon nanofibers per hour. (Learn More >>)

Relaunching the U.S. Nanotechnology Resource Map

Introducing the new and updated interactive map showing the NNI Centers and User Facilities, as well as the nation's higher education nanotechnology degrees-- from community college through PhD programs. (Learn More >>)

A New Way to Grow Graphene for Potential Use in Electronics

Researchers at UW Madison found a way to grow graphene nanoribbons which could allow them to be used in high performance semiconductor electronics. (Learn More >>)

Where Does the Glass for the Supertall Skyscrapers Come from?

Hint: It involves nanotechnology.... (Learn More >>)

A New Spin on Silicon

A group of scientists has stumbled upon a previously unknown characteristic of silicon, one that could make for faster, optical computers. (Learn More >>)

Atomic Origami Turns Graphene Sheets Into Nanomachines

With carefully-planned folds and snips, researchers led by Cornell University's Melina Blees have created microscopic simple machines and structures: springs, pyramids, hinges and more. (Learn More >>)

Gene Therapy Advance Thwarts Brain Cancer

Biodegradable nanoparticles have recently shown promise as a method to deliver genes into cells.The HSVtk gene produces an enzyme that turns the compound ganciclovir into a compound that is toxic to actively dividing brain cancer cells (Learn More >>)

IBM Announces Breakthrough with 7 Nanometer Chip

The company last year announced a $3 billion investment over five years to advance chip technology to meet the growing demand that cloud computing, big data, mobile products and other new technologies are placing on semiconductors. (Learn More >>)

QEEN Workshop: Poster Session Award Winners

Congratulations to our winners! (Learn More >>)

Flexible, Ultra-Thin Display Changes Color Like a Chameleon

The plasmonic nanostructure is covered in tiny wells that reflect some wavelengths of light but absorb others. Sandwiched on top of these are microscopic layers of liquid crystal, which can also select for different wavelengths. (Learn More >>)

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