Please note that the programme is subject to change.
Download the programme (PDF,627KB)
Download the poster programme (PDF, 561KB)
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Biological systems |
Biological systems |
Colloids and nanoparticles |
Colloids and nanoparticles |
Confined fluids and interfacial phenomena |
Confined fluids and interfacial phenomena |
Optical methods and imaging |
Liquid crystals / Liquids and glasses |
Polymers, polyelectrolytes and biomolecules |
Polymers, polyelectrolytes and biomolecules |
Rheology and non-equilibrium phenomena |
Rheology and non-equilibrium phenomena |
Self-assembly, biomimetics and pattern formation |
Self-assembly, biomimetics and pattern formation |
Surfactants, foams and emulsions |
Surfactants, foams and emulsions |
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Biological systems
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P.01 |
Mechanotransduction of deformable nano-structured elastic membrane surfaces on proliferation of osteoblast cells G K Toworfe, Flowers School of Technology and Management, Germany / University of Pennsylvania, USA [view abstract] |
P.02 |
Streaming potential in human dentin Z Feng, Xiamen University, China [view abstract] |
P.03 |
Structure and evolution of high-density protein systems J Ioannou, University of Cambridge, UK [view abstract] |
P.04 |
Dynamics of filopodium-like protrusion and endothelial cellular motility on 1-D extracellular matrix fibrils Y Y S Huang, University of Cambridge, UK
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P.05 |
Modelling of the Nuclear Pore Complex D Osmanovic, University College London, UK [view abstract]
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P.06 |
Effect of solvent on the self-assembly of Dialanine and Diphenylalanine Peptides A N Rissanou, University of Crete, Greece / IACM FORTH, Greece [view abstract] |
P.07 |
Double-belt a novel structure of membrane pore R Vacha, Masaryk University, Czech Republic [view abstract]
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P.08 |
Induced guidance of NIH 3T3 fibroblasts on Polydimethylsiloxane (PDMS) ridge-groove substrates: a time-lapse live-cell study C-K Huang, University of Cambridge, UK [view abstract]
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P.09 |
Influence of Ibupropfen on the structure of phospholipid layers S Jaksch, Forschungszentrum Jülich GmbH, Germany [view abstract]
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P.10 |
Study of cellular differentiation of embryonic carcinoma stem cells by AFM nanocytomechanics and Raman spectroscopy E Canetta, St Mary's University College, UK [view abstract]
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P.11 |
New insight into the structure and function of Hfq carboxyl terminus V Arluison, University Paris Diderot and CEA, France [view abstract] |
P.12 |
Single cell measurements of intracellular signaling, and motility, in activated macrophages E Cammarota, University of Cambridge, UK [view abstract] |
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Colloids and nanoparticles
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P.13 |
Restricted diffusion of small probe particles in a laponite dispersion S Kaloun, SAEED Ecole Supérieure de Technologie Essaouira, Université Cadi Ayyad, Morocco [view abstract] |
P.14 |
Dynamic properties of concentrated microgel suspensions and protein solutions J Riest, Forschungszentrum Jülich GmbH, Germany [view abstract] |
P.15 |
Detachment energies of spheroidal particles from liquid-liquid interfaces G Davies, University College London, UK [view abstract] |
P.16 |
Bicontinuous emulsions stabilized by nanoparticles M Reeves, University of Edinburgh, UK [view abstract]
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P.17 |
Controlling ink properties to achieve a 'flatter' film profile for applications in P-OLED displays A D Eales, University of Cambridge, UK [view abstract]
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P.18 |
Influence of magnetic field on the orientation of anisotropic magnetic particles at liquid interfaces B J Newton, University of Hull, UK [view abstract] |
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Confined fluids and interfacial phenomena
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P.19 |
Effective interaction between a colloid and a soft interface near criticality A D Law, Max-Planck-Institut für Intelligente Systeme, Germany [view abstract] |
P.20 |
Adsorption energies of poly(ethylene oxide)-based surfactants and nanoparticles on an air-water surface A Nelson, ETH Zurich, Switzerland [view abstract] |
P.21 |
Analysis of an axisymmetric two-phase flow model for particle transport at fluid interfaces L Botto, Queen Mary University of London, UK [view abstract] |
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Optical methods and imaging
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P.22 |
Dual-mode microviscosity measurements in lipid monolayer and bilayer systems with a molecular rotor A Vysniauskas, Imperial College London, UK [view abstract] |
P.23 |
Imaging dynamic patterns in lipid membranes using molecular rotors M R Dent, Imperial College London, UK [view abstract] |
P.24 |
A Label-Free Microfluidic Assay to quantitatively study antibiotic diffusion through lipid membranes J Cama, University of Cambridge, UK [view abstract] |
P.25 |
Simple continuum descriptions of macromolecule complexes for imaging techniques C Prior, Durham University, UK [view abstract] |
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Polymers, polyelectrolytes and biomolecules
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P.26 |
Modifications of the study of dielectric properties of a polycarbonate plastic (Makrofol KG) induced by Si7+ heavy ion irradiation M Mujahid, University of Tabuk, Saudi Arabia [view abstract] |
P.27 |
Pickering emulsion polymerized core-shell structured smart composite particles and their suspension rheology under electric and magnetic fields H J Choi, Inha University, Korea [view abstract] |
P.28 |
Passive and active microrheology of a polymer melt studied by molecular dynamics simulation A Kuhnhold, Martin-Luther-Universitaet Halle-Wittenberg, Germany [view abstract]
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P.29 |
Microscobic probing of melting and gelation processes in well-defined biopolymer network H E Cingil, Wageningen University, The Netherlands [view abstract]
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P.30 |
Tunable reversible hydrogels from metal-coordinated polymers M Bohdan, Wageningen University, The Netherlands [view abstract]
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P.31 |
Two-fluid model for ions distribution on a charged surface: A Monte Carlo study and modified Poisson-Boltzmann theory C-H Cheng, National Changhua University of Education, Taiwan [view abstract]
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P.32 |
The role of confinement and interaction range on polarisation and alignment of stiff chains and networks K K Müller-Nedebock, Stellenbosch University, South Africa [view abstract]
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P.33 |
Inert-tail effect on the thermodynamics of DNA hybridisation L Di Michele, University of Cambridge, UK
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P.34 |
Large-area patterning of the tackiness of a colloidal nanocomposite adhesive by sintering of nanoparticles under IR radiation J L Keddie, University of Surrey, UK [view abstract] |
P.35 |
Lubrication by polymersomes under nanoconfinement J E Bartenstein, University of Bristol, UK [view abstract]
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Rheology and non-equilibrium phenomena
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P.36 |
Spatio-temporal dynamics of collective flow across a bacterial carpet Y-T Hsiao, National Central University Taiwan, China |
P.37 |
Surface roughening due to patchy particles in (1+1) dimensions - A computational study M J Kartha, University of Pune, India [view abstract] |
P.38 |
Lipid bilayer membranes under shear flow from molecular simulations A Botan, Université Lyon 1, France [view abstract]
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P.39 |
The tube axis and entanglements in polymer melts A Likhtman, University of Reading, UK [view abstract]
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Self-assembly, biomimetics and pattern formation
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P.40 |
From wound healing to artificial muscles: Modelling bio- and biomimetic materials with polar and nematic order parameters M H Koepf, École Normale Supérieure, France [view abstract] |
P.41 |
Dynamical Landau theory for the assembly and disassembly kinetics of supramolecular polymers N Tiwari, Eindhoven University of Technology, The Netherlands [view abstract] |
P.42 |
Engineering DNA-linked janus liposome clusters towards applications in drug delivery T Wild, University of Leeds, UK [view abstract] |
P.43 |
All-optical manipulation of photonic membranes B Kirkpatrick, University of St. Andrews, UK [view abstract]
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P.44 |
Self-assembly of nanoparticles on fluid membranes A Saric, University of Cambridge, UK [view abstract] |
P.45 |
Inherent variability in the kinetics of autocatalytic protein self-assembly J Szavits-Nossan, University of Edinburgh, UK [view abstract]
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P.46 |
Understanding the self-assembly and structure of interfacial films formed from the bacterial hydrophobin BslA R J Morris, University of Edinburgh, UK [view abstract]
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P.47 |
Self-assembly of naphthalene-dipeptides to form hydrogel films at the air-water interface T Li, University of Edinburgh, UK [view abstract]
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Surfactants, foams and emulsions
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P.48 |
Dynamic wetting of hydrophobic polymers by aqueous surfactant and superspreader solutions X Wang, Technical University Darmstadt, Germany [view abstract] |
P.49 |
Atomistic description of the solubilisation of testosterone propionate in a sodium dodecyl sulfate micelle D Allen, King's College London, UK [view abstract] |
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Biological systems
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P.01 |
Force localization in contracting cell layers C Dunlop, University of Surrey, UK [view abstract]
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P.02 |
Orientational order and motility in active droplets D Khoromskaia, University of Warwick, UK [view abstract] |
P.03 |
Fluctuating finite element analysis: Modelling biomacromolecules with continuum mechanics D Read, University of Leeds, UK [view abstract]
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P.04 |
Dynamics of oblate and prolate capsules in shear flow Y Sui, Queen Mary University of London, UK [view abstract] |
P.05 |
Mechanical properties of keratin fibres in complex environments R Notman, University of Warwick, UK [view abstract]
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P.06 |
Ion channel gating by electrokinetic interactions D J Bonthuis, University of Oxford, UK [view abstract]
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P.07 |
Variable temperature single molecule force spectroscopy of an extremophilic protein K Tych, University of Leeds, UK [view abstract] |
P.08 |
Modelling the transport of nanoparticles across the blood-brain barrier G Fullstone, University College London, UK [view abstract] |
P.09 |
Folding of cellular monolayers S Hoehn, University of Cambridge, UK [view abstract] |
P.10 |
Active polar fluid flow in deformable droplets C A Whitfield, University of Sheffield, UK [view abstract] |
P.11 |
Is it possible the hydrodynamic synchronization of colloidal rotors describing rigid trajectories? - an experimental proof A Maestro, University of Cambridge, UK [view abstract]
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P.12 |
Short-time dynamics E. coli chromosomal loci reveal a dependence on coordinate and indicate the presence of a sporadic but ubiquitous super-diffusive motion A Javer Godinez, University of Cambridge, UK [view abstract] |
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Colloids and nanoparticles
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P.13 |
Design concepts for nanostructured colloidal composites J L Keddie, University of Surrey, UK [view abstract]
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P.14 |
Nucleation of hard colloidal cubes C Karner, University of Vienna, Austria [view abstract]
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P.15 |
The reciprocal theorem for two objects D Papavassiliou, University of Warwick, UK [view abstract]
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P.16 |
PNIPAM microgels: A novel insight into their adsorption at fluid interfaces A Maestro, University of Twente, The Netherlands / University of Cambridge, UK [view abstract]
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P.17 |
Unusual order in squeezed spheres W G Ellenbroek, Eindhoven University of Technology, The Netherlands [view abstract]
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P.18 |
Deposition of colloidal asphaltene in capillary flow from computer simulation and homogeneous deposition models E S Boek, Imperial College London, UK [view abstract] |
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Confined fluids and interfacial phenomena
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P.19 |
Predicting anomalous fluid densities in carbon nanotubes G J Wang, MIT, USA [view abstract] |
P.20 |
Direct effects of non-equilibrium aggregates on Pdadmac/SDS layers at the air/water interface I Varga, Eötvös Loránd University, Hungary [view abstract] |
P.21 |
A Landau-Squire nanojet N Laohakunakorn, University of Cambridge, UK [view abstract] |
P.22 |
Hindered diffusion coefficients of spherical particles confined by microchannels K Misiunas, University of Cambridge, UK [view abstract] |
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Liquid crystals / Liquids and glasses
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P.23 |
Crystallization mechanism in melts of short n-alkane chains M Anwar, Université du Luxembourg, Luxembourg [view abstract] |
P.24 |
Effect of temperature on orientational ordering in a modified Gay-Berne fluid R C Singh, Vidya College of Engineering, India [view abstract]
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P.25 |
Electron transitions in Cr2+ in the aqueous solutions of MgSO3.6H2O:Cr I Ismailov, Shumen University, Bulgaria [view abstract]
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Polymers, polyelectrolytes and biomolecules
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P.26 |
Cross-sectional imaging of organic solar cells: Understanding efficiency and lifetime issues T Glen, University of Cambridge, UK [view abstract] |
P.27 |
Computational studies on the effect of stereotacticity of poly(N-isopropylacrylamide) in aqueous solution V Botan, RWTH University, Germany [view abstract] |
P.28 |
MD and COSMO-RS contact statistics for poly(N-isopropyIacrylamide) in solvents V Botan, RWTH University, Germany [view abstract] |
P.29 |
Transition path sampling with core-modification aimless shooting for a homopolymer chain C Leitold, University of Vienna, Austria [view abstract] |
P.30 |
Self-assembly of degalatosylated xyloglucan from tamarind seeds D Bulone, Biophysics Institute, National Research Council, Italy [view abstract]
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P.31 |
Key factors regulating the mass delivery of macromolecules to model cell membranes: gravity and electrostatics R A Campbell, Institut Laue-Langevin, France [view abstract]
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P.32 |
Hydration dynamics of proteins in solutions studied in 220-325 GHz band O Sushko, Queen Mary University of London, UK [view abstract]
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P.33 |
Nanostructuring thin polymer films with 2 and 3-beam single pulse laser interference lithography I Martín-Fabiani, Instituto de Estructura de la Materia (IEM-CSIC), Spain [view abstract]
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Rheology and non-equilibrium phenomena
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P.34 |
Active nematic dynamics in a viscoelastic background E Hemingway, Durham University, UK [view abstract] |
P.35 |
Simulation of the linear and non-linear rheology of viscoelastic polymer solutions B W Fitzgerald, University of Twente, The Netherlands [view abstract]
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P.36 |
Plastic deformation mechanisms in glassy and semi-crystalline polymers S Jabbari-Farouji, University of Joseph-Fourier-Grenoble, France [view abstract]
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P.37 |
Dynamics and structure: a study of gelation in a non-aqueous colloidal system F R Bartholomew, University of Cambridge, UK [view abstract]
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Self-assembly, biomimetics and pattern formation
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P.38 |
Lattice model of nucleation via partially disordered precursor Y Lifanov, The University of Warwick, UK [view abstract] |
P.39 |
Fibrous scaffolds for neural tissue engineering in the auditory system K Ngamkham, University College London, UK [view abstract] |
P.40 |
Hierarchical morphogenesis of a hybrid peptide/protein system K E Inostroza, Queen Mary University of London, UK / Nanotechnology Platform, Parc Científic de Barcelona, Spain [view abstract] |
P.41 |
Synthetic DNA viruses for targeting breast cancer cells L Guan, University College London, UK [view abstract] |
P.42 |
Design of patchy polymersomes with topological surface patterns at the nanoscale L Messager, University College London, UK [view abstract]
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P.43 |
Fabrication of "intelligent nanosurfaces" for controlled cell- substrate interaction P Mokarian-Tabari, University College Cork and Tyndall National Institute, Ireland / Centre for Research on Adaptive Nanostructures and Nanodevices (CRANN), Trinity College Dublin, Ireland [view abstract] |
P.44 |
Artificial DNA membrane nanopores K Göpfrich, University of Cambridge, UK [view abstract]
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P.45 |
Out of equilibrium pattern formation in lipid membranes L Parolini, University of Cambridge, UK [view abstract]
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Surfactants, foams and emulsions
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P.46 |
Surfactants and aqueous solubility enhancement of drugs: importance of the hydrophilic "head group" Y Saaka, King's College London, UK [view abstract] |
P.47 |
Pickering emulsion by arresting phase separation using anisotropic particles S V Daware, Indian Institute of Technology, India [view abstract]
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P.48 |
Immiscible lipids control the morphology of patchy emulsions L-L Pontani, New York University, USA [view abstract]
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