Navigation Links
Electronics without current: Finnish team to research the future of nanoelectronics
Date:9/12/2012

The Academy of Finland has granted 1.6 million to a consortium based at Tampere University of Technology (TUT) under the "Programmable Materials" funding scheme. The project runs from 1 September 2012 to 31 August 2016 and is entitled "Photonically Addressed Zero Current Logic through Nano-Assembly of Functionalised Nanoparticles to Quantum Dot Cellular Automata" ( PhotonicQCA).

PhotonicQCA fits well to the objectives of the Programmable Materials scheme of Academy of Finland, which looks for visionary new ways to use materials. The project combines expertise to look at the unique possibilities of combining organic chemistry, semiconductor growth and nanofabrication to put the basis of a visionary technology platform for future nanoelectronic devices and logic circuits.

The key idea behind the project is the so-called quantum dot cellular automaton (QCA). In QCAs, pieces of semiconductor so small that single electronic charges can be measured and manipulated are arranged into domino like cells. Like dominos, these cells can be arranged so that the position of the charges in one cell affects the position of the charges in the next cell, which allows making logical circuits out of these "quantum dominos". But, no charge flows from one cell to the next, i.e. no current. This, plus the extremely small size of QCAs, means that they could be used to make electronic circuits at densities and speeds not possible now. However, realisation of the dots and cells and making electrical connections to them has been a huge challenge.

Professors Donald Lupo from Department of Electronics, Mircea Guina and Tapio Niemi from Optoelectronics Research Centre (ORC), and Nikolai Tkachenko and Helge Lemmetyinen from Department of Chemistry and Bioengineering, want to investigate a completely new approach. They want to attach tailor-made molecules, optical nanoantennas, to the quantum dots, which can inject a charge into a dot or enable charge transfer between the dots when light of the right wavelength shines on them. This concept will be combined with the expertise at TUT's Optoelectronics Research Centre concerning "site-specific epitaxy", i.e. growing the quantum dots in the right place using nanofabrication techniques, which would enable a solid-state technology platform compatible with standard electronic circuits. If this works, then someday QCAs could be written and read with light.

Project coordinator, Professor Donald Lupo says: "As far as we can tell, no one has ever tried anything like this before. It's a completely new idea. It's highly risky because of many technological challenges, but the potential is amazing; being able to get rid of electrical connections and write and read nanoelectronic circuits using only light would be a huge breakthrough".


'/>"/>
Contact: Professor Donald Lupo, Tampere University of Technology
donald.lupo@tut.fi
358-408-490-614
Tampere University of Technology
Source:Eurekalert

Related biology technology :

1. Researching graphene nanoelectronics for a post-silicon world
2. UCSB professor receives award for graphene electronics research
3. New path to flex and stretch electronics
4. Nanowiggles: Scientists discover graphene nanomaterials with tunable functionality in electronics
5. Smaller and more powerful electronics requires the understanding of quantum jamming physics
6. Keeping electronics cool
7. Graphene electronics moves into a third dimension
8. A step toward better electronics
9. Functional oxide thin films create new field of oxide electronics
10. Researchers develop graphene supercapacitor holding promise for portable electronics
11. Better organic electronics
Post Your Comments:
*Name:
*Comment:
*Email:
(Date:2/4/2016)... , Feb. 4, 2016  CytoSorbents Corporation (NASDAQ: ... commercializing its flagship CytoSorb® blood filter to treat ... around the world, announced that CEO Dr. ... the Source Capital Group,s 2016 Disruptive Growth & ... the company.  Conference Presentation Details: ...
(Date:2/4/2016)... 4, 2016 Sinovac Biotech Ltd. ("Sinovac" or ... of biopharmaceutical products in China , ... of directors received on February 4, 2016 a preliminary ... consortium comprised of PKU V-Ming ( Shanghai ... CICC Qianhai Development ( Shenzhen ) Fund ...
(Date:2/3/2016)...  Discovery Laboratories, Inc. (NASDAQ: DSCO ), ... surfactant therapies for respiratory diseases, today announced that ... award as a component of employment compensation for ... and Chief Executive Officer.  The award was approved ... 2016 and granted as an inducement material to ...
(Date:2/3/2016)... ... 2016 , ... Aerocom, a world-leading supplier of pneumatic tube ... healthcare market. , Aerocom Healthcare, LLC will be based in Denver, Colo., and ... pneumatic tube systems or expand existing systems within the U.S. and Canada. ...
Breaking Biology Technology:
(Date:2/2/2016)... 2, 2016 Technology Enhancements Accelerate Growth of X-ray ... the digital and computed radiography markets in ... Indonesia (TIM). It provides an ... as well as regional market drivers and restraints. The ... penetration and market attractiveness, both for digital and computed ...
(Date:2/1/2016)... , Feb. 1, 2016  Wocket® smart wallet ( www.wocketwallet.com ) announces ... personality, Joey Fatone . Las Vegas , ... --> Las Vegas , where Joey appeared ... The new video ad was filmed at the Consumer Electronics Show ... the Wocket booth to meet and greet fans. ...
(Date:1/22/2016)... DUBLIN , January 22, 2016 ... has announced the addition of the  ... to their offering. --> ... of the  "Global Behavioral Biometric Market ... --> Research and Markets ( http://www.researchandmarkets.com/research/4lmf2s/global_behavioral ...
Breaking Biology News(10 mins):