Group Info   Institution: Vienna University of Technology            Department: Institute of Photonics Group: Graphene Photonics Type of Institution: University Contact Person: Thomas Mueller  (More info) Address: Gusshausstrasse 27-29/387, A-1040 Vienna Country: Austria Phone: ++43-1-58801-38739 Fax: ++43-1-58801-38799 Website: http://www.photonik.tuwien.ac.at Main research areas:   Nanoelectronics devices   Nanophotonics and optoelectronics   Other two dimensional materials, beyond graphene Personal: Permanent Staff: 1 Post doctoral: 0 PhD: 1 Technicians: 0 Others: 2 Participating Projects (Graphene related)    P1: NIL Graphene - Nanoimprint Lithography of Graphene   Coordinator: Iris Bergmair (Profactor, Austria) Funding Source: National   Total Funding: 300000 € - Partner Funding: 100000€ - Nº of Partners: 2   Starting Year: 2011 - Duration: 3 years.    P2: On-chip THz characterization of Graphene   Coordinator: Thomas Mueller (Vienna University of Technology, 0) Funding Source: National   Total Funding: 110000 € - Partner Funding: 110000€ - Nº of Partners: 1   Starting Year: 2011 - Duration: 2 years.    P3: Graphon - Graphene-based photonics   Coordinator: Thomas Mueller (Vienna University of Technology, Austria) Funding Source: National   Total Funding: 1200000 € - Partner Funding: 1200000€ - Nº of Partners: 1   Starting Year: 2012 - Duration: 6 years. Funding (average per year)    2011: 88000 € (P1:NIL Graphene, P2)      2012: 288000 € (P1:NIL Graphene, P2, P3:Graphon)      2013: 233000 € (P1:NIL Graphene, P3:Graphon)      2014: 200000 € (P3:Graphon)      2015: 200000 € (P3:Graphon)      2016: 200000 € (P3:Graphon)      2017: 200000 € (P3:Graphon)     2011   88       2012   288       2013   233       2014   200       2015   200       2016   200       2017   200       in thousand € Infrastructures    Infrastructure: clean room, laser lab; Area: 0; Installation Year: 0;       Main tools available: Graphene research topics · THEORETICAL AND EXPERIMENTAL RESEARCH ACTIVITIES    Spectroscopies and Microscopies        Optics        Raman        STM        AFM    Nanophotonics and optoelectronics    Nanoelectromechanical systems    Nanoelectronics devices        high frequency devices        field effect transistors        switches        circuits        sensors    Other two-dimensional materials, beyond grapheme · APPLICATIONS SECTOR    Attogram sensors    Communications    Composites        optoelectronics        electronics        mechanical    Electronics    Optoelectronics    Photovoltaics    Plasmonics    Photonics · INDUSTRIAL SECTOR    Automobiles & Auto parts    Renewable Energies Electronics    Telecomm

Close X        Introducing Graphene Short film produced by the European Graphene-Flagship initiative, introducing graphene, the 'wonder substance' set to revolutionise the electronics industry.

Close X        Introducing Graphene Flagship Short film introducing the European "Graphene-Flagship" initiative, aimed at bringing together a focused, interdisciplinary European research community targeting a radical technology shift, exploiting the unique properties of graphene and related two-dimensional materials.

Close X        Interview A. Geim Graphene Flagship Expert Minds in conversation with Andre Geim (Professor at the University of Manchester, UK)

Close X        Interview K. Novoselov Graphene Flagship Expert Minds in conversation with Konstantin Novoselov (Professor at the University of Manchester, UK)

Close X        Interview J. Kinaret Graphene Flagship Expert Minds in conversation with Jari Kinaret (Professor at the Chalmers University of Technology, Sweden)

Close X        Interview H. Tirri Graphene Flagship Expert Minds in conversation with Henry Tirri (Executive Vice President, Chief Technology Officer, Nokia, Finland)

Close X        Graphene Morph Morph is a concept demostrating some of the possibilities nanotechnologies might enable in future communication devices