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Berlin 2008 – scientific programme

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CPP: Fachverband Chemische Physik und Polymerphysik

CPP 9: POSTERS Single Molecules, Biopolymers, Membranes

Monday, February 25, 2008, 16:45–19:00, Poster A

16:45 CPP 9.1 Quantification of singlet-singlet annihilation in an acceptor-donor-acceptor compound at the single molecule level — •Burkhard Fückel, Gerald Hinze, Florian Diehl, Fabian Nolde, Klaus Müllen, and Thomas Basché
16:45 CPP 9.2 Gold Nanoparticles Decorated with Oligo(ethylene glycol) Thiols: The Effect of Salt Nature on the Stability of Colloid-Protein Mixtures — •Fajun Zhang, Maximilian W. A. Skoda, Robert M. J. Jacobs, Stefan Zorn, Richard A. Martin, and Frank Schreiber
16:45 CPP 9.3 Blinking induced bleaching and recovery of organic dyes in polymer materials — •Ines Trenkmann, Jörg Brabandt, Jörg Schuster, and Christian von Borczyskowski
16:45 CPP 9.4 New NIR fluorophores for single molecule microscopyGeorg M. Fischer, Martin Winterhalder, Magnus Isomäki-Krondahl, Andreas Zumbusch, and •M. Yavuz Yüce
16:45 CPP 9.5 Measuring distance fluctuations by single pairs of gold nanoparticles — •Miriam Wähnert, Romy Radünz, and Frank Cichos
16:45 CPP 9.6 Investigations of single quantum dot (QD) blinking via Fluorescence Correlation Spectroscopy (FCS) — •Nicole Amecke and Frank Cichos
16:45 CPP 9.7 Kinetics of TmHU binding to DNA as observed by optical tweezers — •Mathias Salomo, Carolin Wagner, Ulrich Keyser, and Friedrich Kremer
16:45 CPP 9.8 Higher order laser modes as a tool to determine single-molecule orientation in an optical microresonator — •Raphael Gutbrod, Anna Chizhik, Dmitry Khoptyar, and Alfred Johann Meixner
16:45 CPP 9.9 N-V center in diamond as spin-selective sensor — •Bernhard Grotz, Gopalakrishnan Balasubramanian, Inam Mirza, Fedor Jelezko, and Jörg Wrachtrup
16:45 CPP 9.10 A detailed theoretical analysis of the optical spectra of the prototype molecules tetracene and rubrene — •Taras Petrenko, Olga Krylova, Moritz Sokolowski, and Frank Neese
16:45 CPP 9.11 A detailed theoretical analysis of the optical spectra of the prototype molecules tetracene and rubrene — •Taras Petrenko, Olga Krylova, Moritz Sokolowski, and Frank Neese
16:45 CPP 9.12 Understanding Molecular Transport — •Angelica Zacarias and Eberhard K.U. Gross
16:45 CPP 9.13 Nanopatterning of functional protein arrays — •Mark Schnietz, Helge Großmann, Harun Solak, Robert Tampé, Andrey Turchanin, and Armin Gölzhäuser
16:45 CPP 9.14 Linear and nonlinear mechanics of bundles of semiflexible filaments — •Felix Schueller, Claus Heussinger, and Erwin Frey
16:45 CPP 9.15 High energy reflectivity studies of protein adsorption on functionalized surfaces — •Kaveh Shokuie, Michael Paulus, Florian Evers, Federica Venturini, Sebastian Schoeder, and Metin Tolan
16:45 CPP 9.16 Biofilm adsorption on tailored substrates: Ellipsometry, AFM, SPR and neutron scattering results — •Hendrik Hähl, Hubert Mantz, Yvonne Schmitt, and Karin Jacobs
16:45 CPP 9.17 Nonlinear rheology of a glassy solution of semiflexible polymers — •Christian Hubert, Jens Glaser, and Klaus Kroy
16:45 CPP 9.18 AFM Studies of Langmuir-Blodgett Films of Acidic Peptides — •Manuela Pluntke, Haofei Gong, Yi Yang, Norbert Sewald, Dirk Volkmer, and Othmar Marti
16:45 CPP 9.19 Carbon dioxide hydrate formation at the carbon dioxide - water interface — •Felix Lehmkühler, Michael Paulus, Christian Sternemann, Daniela Lietz, Federica Venturini, and Metin Tolan
16:45 CPP 9.20 Lysozyme Adsorption at the Silica/Water Interface: an in situ High Energy X-ray Reflectivity Study — •Florian Evers, Kaveh Shokuie, Michael Paulus, Christian Sternemann, and Metin Tolan
16:45 CPP 9.21 The Effect of electrolytes on interactions in thin aqueous wetting films — •Natascha Schelero, Katarzyna Hänni-Ciunel, and Regine von Klitzing
16:45 CPP 9.22 Investigations on the Structure and Dynamics of DMPC-Monolayers used as Stabilizers in Colloidal Dispersions — •Sebastian Busch, Christoph Smuda, and Tobias Unruh
16:45 CPP 9.23 Microscopic theory of liquid-vapour interface of simple fluids — •Vitalie Botan and Martin Oettel
16:45 CPP 9.24 Temperature dependent (2D) ordering in monolayers of amphiphile molecules — •Saskia Schmacke, Bernd Struth, Lutz Wiegart, Henri Gleyzolle, Michael Paulus, and Metin Tolan
16:45 CPP 9.25 Estimation of spinodals in pure fluids from interfacial properties obtained from equilibrium molecular dynamics and lattice Boltzmann simulationsAttila Imre, Gusztav Mayer, Gabor Házi, Roberto Rozas, and •Thomas Kraska
16:45 CPP 9.26 Heterogeneous nucleation and growth of high wettable systems studied by molecular dynamics simulations — •Roberto Rozas and Thomas Kraska
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