• « A unique open access to a pan-European distributed facility with the ERIC legal status »more
    • « Strategic access and improved standards in sample definition at Large Scale Facilities »more
    • « Common metrology and a widespread platform for atomic precision manufacturing »more
    • « Data Repository for making nanoscience outcome promptly available to society »more
    « An open access distributed facility with the legal status of a European Research Infrastructure Consortium (ERIC), made up of 3 to 6 centers characterized by specific scientific embedding and local synergies with nearby Large Scale Facilities (LSFs) but providing a unique access portal so as to be an integrated laboratory environment for the development of advanced nanoscience with atomic precision fabrication and metrology. »close
    « Maximum exploitation of Large Scale Facilities (LSFs) by nano-oriented scientific communities by (a) providing a strategic access for Fine Analysis to a wider community of users and (b) raising the standards in sample preparation, definition and characterization for the most advanced fine analysis tools including nanobeams and ultra short pulses of X-ray and UV as well as neutron pulses. »close
    « A common metrology and a widespread technological platform for advanced nanofabrication, synthesis and characterization of nanostructures, available to all scientific and technological communities so as to (a) provide a push forward in the challenge of atomic precision manufacturing and (b) shift the scientific competition towards ideas and intellectual skills rather than among different technological and financial capabilities of research groups around Europe. »close
    « The first Nanoscience Repository of molecular data for functional and complex materials and protocols for synthesis and metrology of nanostructured systems so as to make the results of nanoscience centers more directly suitable for specific applications developed by technology districts as well as for next generation products manufactured by industries and SMEs. Full exploitation of emerging e-infrastructures to achieve high impact and capillarity in making nanoscience outcome promptly available to society. »close


    H2020 NFFA-Europe 654360
    This is the shell of the future main on-line tool for running the project.
    A full overview of the main characteristics of the project is provided with
    a special emphasis on the access offer provided by the NFFA transnational access activities.
    Within the web page, a dedicated field has been included to allow the entering of email addresses of colleagues potential interested in the NFFA project. Through such a procedure, colleagues will be constantly informed on the evolution of the NFFA project, useful information and jobs offers sponsored within the NFFA consortium.
    NFFA-Trieste gives unique access to in-situ Pulsed Laser Deposition synthesis of advanced materials and surfaces in continuous UHV environment with the all new Spin-Resolved Angular Resolved Photoemission as well as X-ray near edge absorption and X-ray absorption Magnetic Dichroism exploiting the APE beamline variable polarization undulator sources.   An all-new MBE-growth cluster is also open to access featuring metal-oxide MBE growth, masked growth, in-situ Kerr effect up to 0.6 Tesla and advanced XPS and surface analysis.  Surface characterization includes atomic resolution STM/STS and vectorial-MOKE at low H-fields.
    A full description of the available facilities and access application forms are described in the all new www.Trieste.NFFA.eu portal.
    [NFFA Trieste Home page]


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    • Research area: INFRA-2007-2.1-01
    • Contract Type: Collaborative project
    • Project reference: 212348
    • Start Date: 2008-06-01
    • Duration: 24 months
    NFFA - Nanoscale Foundries and Fine Analysis is a project funded by the European Commission under the Seventh Framework Programme, under Capacities Specific Programme Research Infrastructures
    C.F. 80054330586 | VAT IT02118311006
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