ELFT HÍRADÓ

[Zimanyi Magdolna <mzimanyi AT sunserv.kfki.hu>]

T. Kollegak,

Zsigmond Attila, a HunOR - Magyar EU Kutatási és Technológiafejlesztési
Kapcsolati Iroda vezetoje altal eljuttatott kozlemenyt tovabbitom
udvozlettel
 
 Zimanyi Magda                        
 
 KFKI Reszecske- es Magfizikai Kutato Intezet !Tel:    (+36-1)-395-9242
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 E-mail: 
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     URL: http://www.kfki.hu/~mzimanyi
 ----------------------------------------------------------------------


---------- Forwarded message ----------
Date: Fri, 3 Mar 2000 10:30:27 +0100
From: Zsigmond 
<attila.zsigmond AT skynet.be>
Subject: Fw: KoWi Partnersearch [PS#936#]


-----Original Message-----
From: MailResponder 
<responder AT bn.kowi.de>
To: 
'attila.zsigmond AT skynet.be'
 
<attila.zsigmond AT skynet.be>
Date: Friday, March 03, 2000 09:15
Subject: KoWi Partnersearch [PS#936#]


>Dear Colleague,
>
>Enclosed please find a request from a scientist looking for specific
>competences for his planned R & D project in Europe. We would like to ask
>you to distribute this form to potential and interested institutions and
>researchers in your country.
>
>Thanking you in advance for your kind cooperation.
>
>Yours sincerely,
>http://euratin.net
>
>Contact Details
>---------------
>Laura Major
>Bar Ilan University
>Research Authority
>Bar Ilan
>52900 Ramat Gan
> 
>Phone: 972-3-531-8404
>Fax:  
>Email: 
>fpinfo AT mail.biu.ac.il
>WWW: www.biu.ac.il/RA
>
>Project Description
>-------------------
>Isotopically Engineered Si/Ge nanostructures as 
>Advanced Material for the future Nuclear Spin 
>Quantum Computer
>
>
>
>The project is aimed to creation of a new advanced 
>material - nuclear spin controlled isotopically 
>engineered Si/Ge nanostructures. The main idea of 
>the project is based on the unique opportunity 
>that silicon - the basic material for the modern 
>electronics, as well as other important 
>semiconductor - germanium have only one isotope 
>(Si-29 and Ge-73) which has nuclear spin. 
>Therefore, a variation of the isotopic composition 
>for Si and Ge can provide us with material with 
>controlled concentration of nuclear spins and even 
>without nuclear spins. These Si/Ge nanostructures 
>might be useful as basic systems for the future 
>Nuclear Spin Quantum Computer (NSQC) where nuclear 
>spin will be used as the quantum bistable element 
>(''quibit''). It is planned to investigate in the 
>created Si/Ge spin controlled nanostructures the 
>hyperfine interaction between electron and nuclear 
>spins, the processes of polarization of spin 
>systems, detection of the degree of polarization 
>and transfer the nuclear spin polarization between 
>different ensembles of nuclei. 
>Fulfillment of this experimental program will 
>improve a technique of electrical detection of 
>magnetic state of nuclear spins in semiconductor 
>system with relatively small number of nuclei so 
>that, this technique might be applied to 
>manipulation of nuclear spin ''quibits'' in the 
>future. 
>GROWTH, materials
>
>Saught Competence
>-----------------
>Keywords:
>Materials Testing:Industrial Production
>
>Further specification:
>----------------------
>We are looking for an industrial partner with 
>expertise in quantum computing and engineering
>nanostructures