Graphene-based gadgets may be just years away

User rating: 4.8 / 5 after 61 vote(s)

Hexagonal arrangement of carbon atoms in an ideal graphene sheet. Credit: Thomas Szkopek McGill University
Hexagonal arrangement of carbon atoms in an ideal graphene sheet. Credit: Thomas Szkopek, McGill University

Researchers at The University of Manchester have produced tiny liquid crystal devices with electrodes made from graphene – an exciting development that could lead to computer and TV displays based on this technology.


Full story »

All News summaries from Nanotechnology news
All News summaries for April 30, 2008

Nanotechnology in reverse uses cell to calibrate tools

8 hours ago | User rating: not rated yet
Nanotechnology researchers at UC Davis have shown that they can use a red blood cell to calibrate a sensitive instrument, an atomic force microscope.

UCSD nanostructures will raise thin-film solar cell efficiency

8 hours ago | User rating: not rated yet
Thanks to nanostructures that scatter and channel light, University of California, San Diego electrical engineers are working toward thin-film “single junction” solar cells with the potential for nearly 45 percent sunlight-to-electricity ...

Public Invited to See Nanosoccer Robots in Action in Pittsburgh

May 14, 2008 | User rating: not rated yet
Nanosoccer returns to the field later this month, when the National Institute of Standards and Technology hosts for the second time the world’s most Lilliputian sport. Three student teams will participate ...

Spin Control: New Technique Sorts Nanotubes by Length

May 14, 2008 | User rating: not rated yet
Researchers at the National Institute of Standards and Technology (NIST) have reported a new technique to sort batches of carbon nanotubes by length using high-speed centrifuges. Many potential applications ...

Nanowires may boost solar cell efficiency, engineers say

May 14, 2008 | User rating: not rated yet
University of California, San Diego electrical engineers have created experimental solar cells spiked with nanowires that could lead to highly efficient thin-film solar cells of the future.