Featured Articles

Nvidia GTX 770 spec is out

Nvidia GTX 770 spec is out

In addition to the GK110 based Nvidia Geforce GTX 780, we managed to get some details regarding the GK104-based GTX 770…

More...
Nvidia Geforce GTX 780 detailed

Nvidia Geforce GTX 780 detailed

We managed to confirm the full spec of the upcoming Nvidia Geforce GTX 780 graphics card as well as some performance…

More...
AMD shares take rollercoaster ride

AMD shares take rollercoaster ride

In the last 52 weeks AMD was on a rollercoaster ride, with prices ranging from $1.81 to $6.46. Yesterday it closed…

More...
HIS iCooler Turbo HD 7790 reviewed

HIS iCooler Turbo HD 7790 reviewed

Today we’ll take a closer look at a factory overclocked HD 7790, courtesy of HIS. The HIS HD 7790 iCooler Turbo…

More...
Kingston DataTraveler Ultimate 3.0 Generation 3 (32GB) reviewed

Kingston DataTraveler Ultimate 3.0 Generation 3 (32GB) reviewed

High capacity USB drives have become commonplace a while ago, but although some memory outfits are peddling huge drives, up…

More...
Frontpage Slideshow | Copyright © 2006-2010 orks, a business unit of Nuevvo Webware Ltd.
Friday, 16 November 2012 11:25

Texas boffins increase density of HDD

Written by Nick Farrell



Not bad for a state which doesn't believe in evolution


Researchers at the University Texas took time out from their busy schedule of proving that the world is 6000 years old by coming up with a design that could circumvent some of the pressing limitations of data storage technology.

The researchers at the University of Texas were able to produce nanoscale self-assembling dots, and work around the limitations that hamper traditional designs. It means that cheap, reliable hard drives with record storage density. It all depends on a process to synthesise block copolymers, a material that can quickly self-assemble into dots that are less than 10 nanometers in size.

The polymer will follow any pattern etched into the surface on which it is deposited, which is perfect for disk drives. When the polymer is slapped on a properly prepared metal substrate it will conform itself and produce the required dot design with a high degree of accuracy.

The University is working with Hitachi Global Storage Technologies to try and adapt this technology to their products and integrate it into a mainstream manufacturing process.

Nick Farrell

E-mail: This e-mail address is being protected from spambots. You need JavaScript enabled to view it
blog comments powered by Disqus

To be able to post comments please log-in with Disqus

 

Facebook activity

Latest Commented Articles

Recent Comments