Template mediated growth of nanostructures
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1 REPORT on the 56th IUVSTA workshop on Template mediated growth of nanostructures November 3, 2008 November 6, 2008 Stadtschlaining, Austria Organisors: Florian Mittendorfer (Univ. Vienna) Georg Kresse (Univ. Vienna) Peter Varga (TU Vienna) Scientific Committee: Erminald Bertel (Univ. Innsbruck) Falko Netzer (Univ. Graz) Raimund Podloucky (Univ. Vienna) Josef Redinger (TU Vienna) Peter Zeppenfeld (Univ. Linz)
2 Summary Nanoscience is an emerging field of physics and chemistry that has attracted an enormous amount of attention in the recent years. It is focused on the novel properties of structures with dimension of only a few nanometers, so-called nanostructures, offering unique electronic applications. Nevertheless, one of the major problems that has to be overcome for a successful technological application is finding a reliable method for the creation of the nanostructures. Although the common approaches follow a top-down approach for the creation (lithography etc.), more recent attempts focus on creating the nanostructures in a bottom-up approach, that is by the self-assembly of the constituents on surface. Consequently the search for suitable templates is of uttermost importance. The workshop Template mediated growth of nanostructures has been focused on several aspects of this topic. The following topics have been discussed : The creation and the properties of 2-dimensional nanomeshes (BN, graphene) Nanostructured oxide surfaces Templates for the growth of nanoclusters and nanostripes Growth of low-dimensional metallic and oxidic nanostructures Assembly of magnetic nanostructures Optical properties of nanostrucutres Self-assembly of organic molecules Justification of costs The financial support from IUVSTA has allowed to invite nine high-profile speakers to the workshop, and thus offered an important contribution to the success of the workshop. Consequently, the IUVSTA support has been used to cover the travel expenses, and partially the costs of accommodation, of the invited speakers. IUVSTA Funding received E ( CHF) Travel refund (9 inv.speakers) E Accomodation* E TOTAL E *only part covered by the IUVSTA funding
3 Final scientific program Monday, :45 09:00 Welcome 09:00 10:00 Greber (invited): Boron nitride nanomesh: a robust template for molecule and cluster arrays 10:00 10:30 Dong : Formation of boron nitride nanomesh on Rh(111) 10:30 11:00 COFFEE 11:00 12:00 Chambers (invited): Statistical Analysis of dopant distribution and segregation issues in transition metal oxide nanoparticles and epitactical films 12:00 12:30 Camacho : Optical anisotropies of metal clusters supported on insulating birefringent substrates 12:30 14:00 LUNCH 14:00 15:00 Michaelidis (invited): Towards an understanding of ice nucleation on the nanoscale 15:00 15:30 Cordin : Phase separation in the system Br/Pt(110) 15:30 16:00 Amman : Surface-resonance Fermi surfaces in Pt(110) and its adsorbate systems 16:00 16:30 COFFEE 16:30 17:00 Schmid : Pulsed Laser deposition: nucleation and initial growth on the atomic scale 17:00 17:30 Hammer : Growth of atomic-size metal chains with tuneable width 17:30 18:00 Li : Low-dimensional Mn oxide nanostructures on flat and stepped Pd(100) surfaces 18:00 18:30 Seriani : Palladium in selective hydrogenation catalysis 18:30 19:30 DINNER
4 Tuesday, :30 09:30 Pacchioni (invited): Nanostructured oxide films as tuneable supports for metal clusters and nanoparticels 09:30 10:00 Weirum : Growth of ZnO on Pd(111) 10:00 10:30 Merte : Characterization of moiré-structured FeO(111) thin films by STM 10:30 11:00 COFFEE 11:00 12:00 Goniakowski (invited): Polarity in oxide ultrathin films 12:00 12:30 Stöhr : Ab inito phase digram of oxygen adsorption on W(110) 12:30 14:00 LUNCH 14:00 14:30 Franz : Kinetic Monte Carlo simulations of desorption spectra 14:30 15:00 Kratzer : Kinetics of Zn adsorption/desorption on Pd(111) 15:00 15:30 Stadlmayr : Growth, stability and structure of Zn/Pd(111) 15:30 16:00 Schennach : Theoretical aspects of Pd-Zn systems 16:00 16:30 COFFEE 16:30 17:30 Bode (invited): The surprising world of self-assembled magnetic nanostructures explored by spin-polarized STM 17:30 18:00 Teichert : Self-organized semiconductor surfaces as templates for nanomagnet arrays 18:00 18:30 Buchsbaum :Structural and magnetic properties of Fe and Co clusters on Alumina/Ni 3 Al(111) 18:30 19:30 DINNER 19:30 21:00 Project meeting of NSOS
5 Wednesday, :30 09:30 Michely (invited): Cluster lattices on a graphene moire 09:30 10:00 Sun : Growth and desorption kinetics of sexithiophene on Ag(110): an in-situ fast reflectance difference spectroscopy study 10:00 10:30 Ruffieux : Template-mediated self-assembly of supramolecular nanostructures 10:30 11:00 COFFEE 11:00 11:30 Gumbsch : Single-atom spectroscopy: Co adatoms on Cu(110) and Cu(110)2x1-O surfaces 11:30 12:30 Brune (invited): Successful and Unsuccessful Creation of Magnetic Superlattices 12:30 14:00 LUNCH 14:00 15:00 Schäfer (invited): Self-organized one-dimensional atom chains on semiconductor templates 15:00 15:30 Rönspies : Metallic nanostructures: Combining nanolithography of atomic-sized nanowires with self-organization of Pb on Si(557) 15:30 16:00 Allegretti : Surface chemistry on clean and oxidised 1-D Ni-Rh nanostructures 16:00 16:30 COFFEE 16:30 17:00 Wagner : Cu-O: template and/or surfactant? 17:00 17:30 Demirici : CO adsorption states on the Ni-Cu surface alloy 17:30 18:00 Vogtenhuber : Structural investigations of the N/Cu(110) template 18:00 18:30 Hohage : Correlation between magnetic properties and morphology of Ni grown on adsorbate modified Cu(110) substrates 18:30 19:30 DINNER 09:00 Shuttle to Vienna Airport Thursday,
6 List of participants Allegretti Francesco Univ. Graz Amman Peter Univ. Innsbruck Bachmann Magdalene Univ. Innsbruck Bertel Erminald Univ. Innsbruck Bode Matthias Argonne NL,USA Braun Christian Univ. Innsbruck Brune Harald EPFL, Lausanne Buchsbaum Andreas TU Wien Camacho Manuel Flores Univ. Linz Chambers Scott PNNL, USA Cordin Michael Univ. Innsbruck Demirci Erkan TU Graz Dong Guocai Univ. Leiden, NL Dubout Quentin EPFL, Lausanne Franchini Cesare Univ. Wien Franz Thomas Univ. Wien Goniakowski Jacek INSP Paris Greber Thomas Univ. Zürich Gubo Matthias Univ. Erlangen Gumbsch Andreas Univ. Graz Hammer Lutz Univ. Erlangen Hejduk Pawel PAS, Krakow Hohage Michael Univ. Linz Kratzer Markus TU Graz Kresse Georg Univ. Wien Li Fanghua Univ. Graz Memmel Norbert Univ. Innsbruck Menzel Alexander Univ. Innsbruck Merte Lindsay inano, DK Michaelides Angelos UCL London Michely Thomas Univ. Köln Mittendorfer Florian Univ. Wien Netzer Falko Univ. Graz Pacchioni Gianfranco Univ. Milano Parteder Georg Univ. Graz Podloucky Raimund Univ. Wien Ramsey Michael Univ. Graz Redinger Josef Univ. Wien Rönspies Jan Univ. Hannover Ruffieux Pascal EMPA, CH Schäfer Jörg Univ. Würzburg Schennach Robert TU Graz Schmid Michael TU Wien Seriani Nicola Univ. Wien Sha Sameena TU Wien Spiridis Nika PAS, Krakow Stadlmayr Werner Univ. Innsbruck Stöhr Markus Univ. Wien Stroppa Alessandro Univ. Wien Sun Lidong Univ. Linz Surnev Svetlozar Univ. Graz Teichert Christian Univ. Leoben Varga Peter TU Wien Vogtenhuber Doris Univ. Wien Wagner Magarete Univ. Graz Wagner Thorsten Univ. Linz Wang Weirum Xin Gunther TU Wien Univ. Graz Zabloudil Jan Univ. Wien Zeppenfeld Peter Univ. Linz
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