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7.7. Literature and web-links Ministry of Education, Research and Development Division (2002): .Research and Development in Hungary., Budapest, published at the web-site www.om.hu/english Science Advisory Board, STPC (2000): .Research and Development., published at the web-site of the ministry of Education, Hungary www.om.hu /english National R&D Programmes www.om.hu/j6.html University of Debrecen (www.klte.hu) University of Western Hungary, Sopron (www.nyme.hu) University of Pécs (www.pte.hu) Semmelweis University, Budapest (www.sote.hu) University of Szeged (www.u-szeged.hu) 7.8. Acknowledgements Oonagh Loughran has written this chapter, with valuable contributions from Ineke Malsch and Dr. L. P. Biro, MTA Hungarian Academy of Sciences, MFA Research Institute for Technical Physics and Materials Science biro@mfa.kfki.hu, http://www.mfa.kfki.hu/int/nano/ Thanks to Prof. Erika Kalman who has contributed to the update of this report. 110
8. Latvia 8.1 General Information Latvia is a Baltic state, with 2,3 million inhabitants. Gross expenditure on R&D was 0.44% of GDP in 1999. In July 1998 the government adopted a national concept on R&D for the period 1998-2010. This concept embraces four national priority areas, including the integration of national research potential into universities and the creation of two research centres of national significance. They are a centre of materials science and a centre of wood science and technology. The national concept on R&D also set a number of research priorities and aim to renew and upgrade the research staff. The original research priorities were organic chemistry, biomedicine and pharmacy; materials science; IT; forestry and wood science; lettonica. Following an evaluation, the government worked out some future priorities, which were more in line with the EU framework programme. These are IT and telematics; life science and biotechnology (biomedicine and drug design); new materials and associated Technologies; environmental protection (maritime research and hydro-ecology). Figure 14: Map of Latvia (Source: http://forum.europa.eu.int/irc/dsis/candidate/info/data/candidatecountries/) The government also adopted a concept for the development of a National Innovation System in 1998. In this concept, they aim to develop a new legislative framework and action plan for innovation and to develop proposals to fund this from the state budget and through a new innovation fund. (See: http://www.izm.lv/ en/default.htm look under science.) Currently there are no large enterprises interested in nanotechnology in Latvia. The Baltic Scientific Instruments, placed in Riga, reveals interest on nanostructured pixel type detectors for ionizing radiation detection, however they do not invest themselves in research. 111
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2 nd Nanoforum Report: NANOTECHNOLO
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An updated version of the 2 nd Nano
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7.7. Literature and web-links .....
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1. Introduction 1.1. General inform
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Country Total No. Participants Bulg
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2. EU and nano in the candidate cou
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Future Generations (CELDIS), at the
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2.3. Joint Research Centre and the
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usinesses. Entrepreneurs, investors
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Nanoforum The European Nanotechnolo
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2.5 Networks of Excellence supporte
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2.7. Other European research relate
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2.8. Literature and web-links Europ
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Figure 6: Map of Bulgaria (Source:h
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Integration of reserachers from NCN
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Description: New materials are deve
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on the structure and properties; Re
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and disseminates scientific knowled
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Address: General Institute Contacts
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Description: Website: http://www.ip
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and supporting administrative and t
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Address: General University Contact
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3.5. Companies In Bulgaria, there i
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3.6. Literature and Web-Links Inter
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4. Cyprus 4.1. General information
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• The Research Promotion Foundati
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4.2. Networks Programmes for the mo
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Contact: ultrafast science, biophys
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Diogenes Address: General Institute
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Page 127 and 128: Details on the current research act
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Centre for Knowledge Based Material
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and chemical engineering as well as
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High Pressure Research centre UNIPR
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Description: Contact: Research focu
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Description: Contact: The research
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11.7. FP6 collaborations Polish res
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12. Romania 12.1. General informati
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12.2. National programmes and proje
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12.3. The Romanian Consortium for N
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Other researchers: S. Frunza Nanocl
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centre in Romania. Group: Laborator
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iomedical applications. The project
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• Nano/micro-structured magnetorh
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National Institute for Chemical Pha
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12.5. Universities Faculty of Physi
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12.6. Companies Samsung Electronics
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12.8. Literature and Web-Links Mari
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and to make the independent Agency
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13.3. National research networks In
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Contacts: technologies. This resear
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connected with getting raw material
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Acquired results will enrich knowle
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Contacts: GaAs- and InP- structures
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Contacts: deposition of surface coa
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International Laser Centre Address:
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Production and characterisation of
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where the building units are formed
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nanoparticles, advanced techniques
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13.7. Literature and web-links A ce
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Besides, it was signed more than 40
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14.3. The research institutes and t
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Description: Contacts: The most Nan
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14.4. Universities University of Lj
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14.5. Companies Metal Ravne d.o.o,
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15. Turkey 15.1. General informatio
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15.3. The Research Institutes and t
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15.4. Universities Middle East Tech
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Izmir Institute of Technology The C
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Contact: Volkan.Gunay@posta.mam.gov
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15.6. Literature and web-links A li
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national research programmes. Never
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