Please consult the timetables below to determine the scheduling of
poster presentations:
|
|
|
Monday Posters |
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|
|
| Name |
|
Institution |
Title |
Topic |
Type |
DAY |
No. |
| Box |
Gail |
School of Physics, UNSW |
Seasonal Cycles in Aerosol Optical Thickness in Sydney and Darwin |
AMOS |
Poster |
PMO |
1 |
| Collier |
Mark |
CSIRO |
Status of IPCC modcel integrations and data archive using the CSIRO Mk3 climate system model |
AMOS |
Poster |
PMO |
2 |
| Cureton |
Geoff |
Curtin University of Technology |
Retrieval of Higher Order Ocean Spectra from Sunglint |
AMOS |
Poster |
PMO |
3 |
| Drosdowsky |
Wasyl |
Bureau Of Meteorology Research Centre |
Classification of the Australian summer monsoon using SOM analysis |
AMOS |
Poster |
PMO |
4 |
| Ewenz |
Caecilia |
Flinders University |
Enhancement of seabreeze circulation due to upwelling |
AMOS |
Poster |
PMO |
5 |
| Fabbian |
Dustin |
Macquarie University |
Application of Artificial Neural Network forecasts to predict fog at Canberra airport |
AMOS |
Poster |
PMO |
6 |
| Griffiths |
Ross |
The Australian National University |
A 'recycling box' model of the global overturning circulation of the oceans:||replacing the missing mixing with a missing process |
AMOS |
Poster |
PMO |
7 |
| Henry-Edwards |
Aneurin |
Flinders University of South Australia |
TROMP: Detecting Water Property Changes from a Time Series of Oceanographic Data |
AMOS |
Poster |
PMO |
8 |
| Jovanovic |
Branislava |
Bureau of Meteorology, National Climate Centre |
A historical monthly pan-evaporation dataset for Australia |
AMOS |
Poster |
PMO |
9 |
| Kaempf |
Jochen |
Flinders Univeristy |
Numerical Study of Seasonal Variations of the Circulation in the Persian Gulf |
AMOS |
Poster |
PMO |
10 |
| Khutorova |
Olga |
Kazan State University |
MESOSCALE VARIATIONS IN NEARGROUND IMPURITIES |
AMOS |
Poster |
PMO |
11 |
| McGuffie |
Kendal |
Applied Physics, University of Technology Sydney |
Nuclear Geophysiology: Stable Water Isotopes as Evaluators of Hydroclimate||Predictions in the Murray-Darling Basin |
AMOS |
Poster |
PMO |
12 |
| Muir |
Les |
Monash University |
The Effect of Coastal Diabatic Heating Gradients on the Dynamics of Cold Fronts |
AMOS |
Poster |
PMO |
13 |
| Ruxton |
Brian |
University of Canberra |
Coherence and Shock in Sea Waves |
AMOS |
Poster |
PMO |
14 |
| Sandery |
Paul |
Flinders University |
Towards an understanding of the flushing of Bass Strait |
AMOS |
Poster |
PMO |
15 |
| Siems |
Steven |
Centre for Dynamical Meteorology and Oceanographic Research |
Observations of new particle formation in response to a frontal passage |
AMOS |
Poster |
PMO |
16 |
| Taylor |
John |
UNSW@ADFA |
Verification of a mesoscale model using boundary layer wind profiler data |
AMOS |
Poster |
PMO |
17 |
| Wang |
Xiao Hua |
UNSW@ADFA |
On the changes of tidal characteristics due to sediment-induced stratification||in a macro-tidal coastal sea |
AMOS |
Poster |
PMO |
18 |
| Zidikheri |
Meelis |
Australian National University |
multiple equilibria in barotropic flows over topography |
AMOS |
Poster |
PMO |
19 |
| Akhmediev |
Nail |
RSPSE, Aust. National University |
Modulational Instability and Generation of Pulses in Cubic-Quintic Complex||Ginzburg-Landau Models |
AOS |
Poster |
PMO |
20 |
| Akulshin |
Alexander |
Swinburne University of Technology |
‘Fast-light’ atomic media with giant Kerr nonlinearity |
AOS |
Poster |
PMO |
21 |
| Alexander |
Annabel |
Laser Physics Centre, ANU |
Optical Rephasing Using the Stark Effect |
AOS |
Poster |
PMO |
22 |
| Baldwin |
Ken |
Australian National University |
Progress Towards Bose-Einstein Condensation of He* |
AOS |
Poster |
PMO |
23 |
| Branczyk |
Agatha |
University of Queensland |
Quantum control of a single photonic qubit |
AOS |
Poster |
PMO |
24 |
| Bromley |
Michael |
Charles Darwin University |
Matter wave propagation through microstructured waveguides |
AOS |
Poster |
PMO |
25 |
| Burke |
Jan |
CSIRO Industrial Physics |
Customised three-flat calibration method for a large-aperture Fizeau||interferometer with vertical optical axis |
AOS |
Poster |
PMO |
26 |
| Campbell |
Sam |
School of Physics, CUDOS |
Efficient method for modelling out of plane transmission loss in photonic||crystal slab waveguides |
AOS |
Poster |
PMO |
27 |
| Carmichael |
Howard |
University of Auckland |
Entanglement Cycles and Conditional Quantum Evolution |
AOS |
Poster |
PMO |
28 |
| Carter |
Adrian |
Nufern |
Optical Fibre and it's role in High-Power Lasers and Amplifiers |
AOS |
Poster |
PMO |
29 |
| Chantler |
Christopher |
School of Physics |
Latest results for silver atomic form factors in the relativistic regime – a new||frontier |
AOS |
Poster |
PMO |
30 |
| Chantler |
Chris |
School of Physics |
New experimental approach to QED tests in medium-Z systems |
AOS |
Poster |
PMO |
31 |
| Chon |
James W. M. |
Centre for Micro-Photonics, Faculty of Engineering and Industrial Sciences |
Two-photon induced photo-enhancement of densely packed CdSe/ZnSe/ZnS nanocrystal||solids and its application to multi-layer optical data storage |
AOS |
Poster |
PMO |
32 |
| Chow |
Jong |
Australian National University |
Resonant photothermal effects in a fiber Fabry Perot |
AOS |
Poster |
PMO |
33 |
| Collins |
Stephen |
Victoria University - Optical Technology Research Laboratory |
Energy transfer up-conversion in Tm-doped silica fibres |
AOS |
Poster |
PMO |
34 |
| Collins |
Stephen |
Victoria University - Optical Technology Research Laboratory |
Chirped Fibre Bragg Grating Distributed Temperature Sensor |
AOS |
Poster |
PMO |
35 |
| Collins |
Stephen |
Victoria University - Optical Technology Research Laboratory |
Annealing dynamics of Erbium doped Fiber Bragg Gratings |
AOS |
Poster |
PMO |
36 |
| Combes |
Joshua |
Griffith University |
States for phase estimation |
AOS |
Poster |
PMO |
37 |
| Corney |
Joel |
The University of Queensland |
Solving the Hubbard model with phase-space methods |
AOS |
Poster |
PMO |
38 |
| Coutts |
David |
Macquarie Unviersity |
Multi-Wavelength Sources for Colour High Speed Imaging Applications |
AOS |
Poster |
PMO |
39 |
| Dabrowska |
Beata Justyna |
Australian National University |
Interaction of matter-wave gap solitons in optical lattices |
AOS |
Poster |
PMO |
40 |
| Dalton |
J |
Swinburne University of Technology |
Two-Mode Theory of BEC Interferometry |
AOS |
Poster |
PMO |
41 |
| Dawson |
Christopher |
Department of Physics |
Quantum computing with optical clusters |
AOS |
Poster |
PMO |
42 |
| Deller |
Christine |
University of Technology Sydney |
Optimising the Length of Doped Polymer Light Mixers |
AOS |
Poster |
PMO |
43 |
| Desyatnikov |
Anton |
Nonlinear Physics Centre, RSPhysSE |
Two-dimensional optically indused anisotropic nonlinear photonic lattices |
AOS |
Poster |
PMO |
44 |
| Domachuk |
Peter |
CUDOS, School of Physics |
Ultracompact Microfluidic Interferometer |
AOS |
Poster |
PMO |
45 |
| Dowling |
Mark |
The University of Queensland |
Energy as an Entanglement Witness in Quantum Many-Body Systems |
AOS |
Poster |
PMO |
46 |
| Dragomir |
Nicoleta |
The University of Melbourne |
Quantitative Phase Imaging_based Method for Investigation of Arc-Fusion Sppliced||Single-Mode Optical Fibres |
AOS |
Poster |
PMO |
47 |
| Duffy |
Grainne |
Swinburne University of Technology |
Molecular BEC via the Association of Ultracold Fermionic Atoms |
AOS |
Poster |
PMO |
48 |
| Earp |
Alan |
University of Technology, Sydney |
Extraction of Trapped Light From Luminescent Solar Concentrators |
AOS |
Poster |
PMO |
49 |
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Poster |
PMO |
50 |
| Farrant |
David |
CSIRO |
Effect of distortion on the performance of large-aperture etalon filters |
AOS |
Poster |
PMO |
51 |
| Farrant |
David |
CSIRO |
Windowed Fourier wavefront reconstruction |
AOS |
Poster |
PMO |
52 |
| Feise |
Michael |
Nonlinear Physics Centre |
Bistability and diode action in left-handed band-gap structures |
AOS |
Poster |
PMO |
53 |
| Forcales |
Manuel |
Australian National University, RSPhysSE |
Tracking energy transfer mechanisms in Er-doped crystalline silicon |
AOS |
Poster |
PMO |
54 |
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|
Poster |
PMO |
55 |
| Li |
Ju |
UWA |
Study in correlation… |
AOS |
Poster |
PMO |
56 |
| Degalleaix |
J |
UWA |
Tunable lens for thermal lens |
AOS |
Poster |
PMO |
57 |
| Birdsey |
Benjamin |
School of Physics, University of Western Australia |
Preliminary Analysis to Achieve a High-precision Measurement of the Excitation||Energy of the He (2p 3d) {^1}P Doubly Excited State in Helium Using Landmark||States in Neon |
ASRP |
Poster |
PMO |
58 |
| Chantler |
Chris |
School of Physics |
Failure of XAFS interpretation for ab initio investigations – a new way forward |
ASRP |
Poster |
PMO |
59 |
| Chantler |
Chris |
School of Physics |
The X-ray Extended Range Technique for high accuracy atomic structure in simple||systems |
ASRP |
Poster |
PMO |
60 |
| Gilbert |
Elliot P. |
Bragg Institute |
Phase Separation in the Organic Solid State: Simulataneous synchrotron SAXS/DSC||studeies of unstable n-alkane blends |
ASRP |
Poster |
PMO |
61 |
| Johannessen |
Bernt |
Australian National University |
Structural Perturbations within Nanocrystalline Cu probed by EXAFS |
ASRP |
Poster |
PMO |
62 |
| Lerch |
Michael |
University Of Wollongong |
On-line Readout of Detectors for High Spatial Resolution Dosimetry of||Synchrotron Microbeams. |
ASRP |
Poster |
PMO |
63 |
| Mukherjee |
Bhaskar |
Deutsches Elektronen-Synchrotron (DESY) |
Physics of Radiological Protection at High Energy Synchrotron Light Sources |
ASRP |
Poster |
PMO |
64 |
| Ridgway |
M |
Australian National University |
Preferrential ion-irradiation-induced amorphisation of Ge nanocrystals |
ASRP |
Poster |
PMO |
65 |
| Welberry |
Thomas Richard |
Australian National University |
Problems encountered in the Measurement of Diffuse X-ray Scattering |
ASRP |
Poster |
PMO |
66 |
| Artlett |
Christopher |
Macquarie University |
Ultra-Short Pulsed Laser Ablation for Dental Hard-tissue Treatments |
BMP |
Poster |
PMO |
67 |
| Barton |
Chris |
CSIRO- Industrial Physics |
Bio-nano-fabrication: Using surface plasmon resonance to study the architecture||and kinetics of construction of a protein based biosensor |
BMP |
Poster |
PMO |
68 |
| Brady |
John |
Centre For Medical Radiation Physics |
Modular Design of a Scanning Gantry for Animal SPECT, PET and CT Applications |
BMP |
Poster |
PMO |
69 |
| Cree |
Michael |
University of Waikato |
Comparison of Various Methods to Delineate Blood Vessels in Retinal Images |
BMP |
Poster |
PMO |
70 |
| Hughes |
Joseph |
Research School of Chemistry, Australian National University |
Investigating a Novel Spectral Hole-Burning Mechanism in Photosystem II |
BMP |
Poster |
PMO |
71 |
| Lenné |
Thomas |
RMIT University |
Quantitative study on the effects of sugars on membrane phase transitions –||preliminary investigations |
BMP |
Poster |
PMO |
72 |
| Maheswaran |
Saravanamuthu |
University of Western Sydney |
Development of Models for Protein Aggregation Kinetics |
BMP |
Poster |
PMO |
73 |
| Nicholls |
D.C. |
Australian National University |
Seeing stars: visual response to stars of differing spectral types and implications for variable star observation
|
BMP |
Poster |
PMO |
74 |
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|
Poster |
PMO |
75 |
| Riesz |
Jennifer |
University of Queensland |
Melanin and Melanoma: The Quantum Chemistry of Pheomelanin |
BMP |
Poster |
PMO |
76 |
| Simeoni |
Ricardo |
Griffith University |
A Thermodynamics-Based Mechanism for the Slow Component of Oxygen Uptake||Kinetics During High Power Exercise |
BMP |
Poster |
PMO |
77 |
| Steyn-Ross |
Alistair |
University of Waikato |
Instabilities of the cortex during natural sleep |
BMP |
Poster |
PMO |
78 |
| Steyn-Ross |
Alistair |
University of Waikato |
Evidence for cortical phase transitions in EEG recordings of human sleep |
BMP |
Poster |
PMO |
79 |
| Takacs |
George |
Centre For Medical Radiation Physics (CMRP) |
Modelling the readout performance of a new silicon photodetector for use in PET. |
BMP |
Poster |
PMO |
80 |
| Wilkins |
Stephen |
CSIRO, Manufacturing and Infrastructure Technology |
Application of Hard X-ray Phase-Contrast Imaging to Biomedical and Medical||Stdies |
BMP |
Poster |
PMO |
81 |
| Wroe |
Andrew |
Centre For Medical Radiation Physics (CMRP) |
Nanodosimetric cluster size distributions of a 250 MeV therapeutic proton beam. |
BMP |
Poster |
PMO |
82 |
| Yarovsky |
Irene |
RMIT University |
Protein Response to Electric Field Stress |
BMP |
Poster |
PMO |
83 |
| Byrne |
Aidan |
Department of Nuclear Physics/Dept of Physics |
Multiparticle and octupole couping effects in translead Po and Rn nuclei |
NUPP |
Poster |
PMO |
84 |
| Davidson |
Paul |
Australian National University, RSPhysSE |
Decay out of superdeformed bands in Pb isotopes |
NUPP |
Poster |
PMO |
85 |
| Delbourgo |
Robert |
University of Tasmania |
NUPP |
Poster |
PMO |
86 |
| Fifield |
Keith |
Australian National University |
Accelerator mass spectrometry (AMS) of 26Al - enhanced sensitivity with a||gas-filled magnet|| |
NUPP |
Poster |
PMO |
87 |
| Gilbert |
Elliot P. |
Bragg Institute |
Quokka: The Small-Angle Neutron Scattering Instrument at the Australian||Replacement Research Reactor |
NUPP |
Poster |
PMO |
88 |
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Poster |
PMO |
89 |
| Lobanov |
Nikolai |
Nuclear Physics Department, RSPhysSE |
Low Velocity Two-Stub Superconducting Resonator for Heavy Ion Accelerators |
NUPP |
Poster |
PMO |
90 |
| McKellar |
Bruce |
University of Melbourne |
Implications of new data on B meson decays to non-charmed states |
NUPP |
Poster |
PMO |
91 |
| Naqvi |
Syed Akhtar A. |
King Fahd University of Petroleum and Minerals |
Performance Tests of an Accelerator-based Prompt Gamma Ray setup |
NUPP |
Poster |
PMO |
92 |
Peak |
Lawrence |
School of Physics |
Prospects for a Linear Collider |
NUPP |
Poster |
PMO |
94 |
| Robson |
Brian |
Australian National University |
A Composite Model for Leptons and Quarks |
NUPP |
Poster |
PMO |
95 |
| Urquijo |
Phillip |
University of Melbourne |
Determination of |Vcb| and heavy quark parameters from inclusive||B->Xc l nu decays|| |
NUPP |
Poster |
PMO |
96 |
| Varvell |
Kevin |
The University of Sydney |
Measuring the CKM Matrix Element Vub with an Upgraded Belle Detector |
NUPP |
Poster |
PMO |
97 |
| Weisser |
David |
Nuclear Physics Department, RSPSE |
Molecular Beams from a Differentially Pumped Gas Cathode for an NEC Sputter||Negative Ion Source |
NUPP |
Poster |
PMO |
98 |
| Winkler |
Stephan |
Australian National University |
Development of a detection method for 182Hf, a potential supernova isotope signature on earth |
NUPP |
Poster |
PMO |
99 |
| Xiaoxiang |
Zhu |
Institute of Plasma Physics, CAS |
Preliminary Analysis of LLFP transmutation in the FDS Dual-cooled Waste||Transmutation Blanket |
NUPP |
Poster |
PMO |
100 |
| Yadav |
Nirbhay |
University of Western Sydney |
Quantification of Trace Metals in Adsorbents |
NUPP |
Poster |
PMO |
101 |
| Zoppi |
Ugo |
ANSTO |
ANSTO’s Accelerators |
NUPP |
Poster |
PMO |
102 |
| Abdullatif |
Raden Farzand |
The Australian National University |
Action conservation for drift-waves |
PP |
Poster |
PMO |
103 |
| Andruczyk |
Daniel |
The University of Sydney |
A Pulsed, Supersonic Helium Beam for Plasma Diagnostics. |
PP |
Poster |
PMO |
104 |
| Austin |
Dane |
School of Electrical and Information Engineering |
A Stochastic Analysis of Fluctuations in the Vacuum Arc Centrifuge |
PP |
Poster |
PMO |
105 |
| Blackwell |
Boyd |
Plasma Research Laboratory, RSPHYSSE |
The Effect of Magnetic Configuration on the H-1 Heliac Plasma |
PP |
Poster |
PMO |
106 |
| Collis |
Scott |
Australian National University |
A directional gas injection system for the H-1NF heliac |
PP |
Poster |
PMO |
107 |
| Gesto |
Fernando |
Plasma Research Lab, Australian National University |
Ion Magnetic Detachment in the HDLT Space Propulsion Concept |
PP |
Poster |
PMO |
108 |
| Harris |
Jeffrey |
Australian National University |
Small to mid-sized stellarator experiments: topology, confinement, and turbulence |
PP |
Poster |
PMO |
109 |
| Kumar |
Santhosh |
PRL, RSPhysSE, ANU |
Multi-wire tomography for magnetic island studies in the H-1NF heliac |
PP |
Poster |
PMO |
110 |
| Oliver |
David |
Australian National University |
Electronically scanned millimeter-wave interferometer for the study of||resonantly heated plasmas in the H-1 heliac |
PP |
Poster |
PMO |
111 |
| Osman |
Frederick |
University of Western Sydney |
Debye Plasma Layers Generalized to Nuclear Forces Explaining Quark-Gluon State||and Endothermic Nuclear Production with Limit at Uranium |
PP |
Poster |
PMO |
112 |
| Pretty |
David |
Plasma Research Laboratory, RSPHYSSE |
Magnetic fluctuation analysis of RF heated plasma in the H-1NF Heliac |
PP |
Poster |
PMO |
113 |
| Visentin |
Denis |
University of Tasmania |
Maintaining an FRC by two counter-rotating magnetic fields |
PP |
Poster |
PMO |
114 |
| Warr |
George |
University of Sydney |
Interferometry and Spectrometry Diagnostics for Plasma Transport Studies in a||Pulsed High Current Cathodic Arc |
PP |
Poster |
PMO |
115 |
| Yoon |
H.J |
The Australian National University |
Modeling and Simulation of a One Atmosphere Dielectric Barrier RF Glow Discharge||by using the Pspice code |
PP |
Poster |
PMO |
116 |
| Zhu |
Z. H. |
Institute of Atomic and Molecular Physics, Sichuan University, Chengdu 610065, China |
Charge States distribution of Au plasma from first-principles theory |
PP |
Poster |
PMO |
117 |
| Goossens |
D.J. |
Research School of Chemistry ANU |
Modelling dynamic disorder in 3,3'-dimethoxybenzil, C16H14O4 |
ASRP |
Poster |
PMO |
119 |
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Tuesday posters |
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| Name |
|
Institution |
Title |
Topic |
Type |
DAY |
No. |
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| Ford |
Mike |
University of Technology, Sydney |
An Electromagnetics Simulator for the Nanoscale |
AOS |
Poster |
PTU |
1 |
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| Foster |
Chris |
University of Queensland |
Vortex pairing in two-dimensional Bose-Einstein condensates |
AOS |
Poster |
PTU |
2 |
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| Goodman |
Steven |
Queensland University of Technology |
Experimental observation of scattering in gratings at extreme angles |
AOS |
Poster |
PTU |
3 |
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| Gramotnev |
Dmitri |
School of Physical and Chemical Sciences |
Investigation of surface diffusion of atoms and nanoparticles in the presence of||surface plasmon-induced temperature patterns |
AOS |
Poster |
PTU |
4 |
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| Gramotnev |
Dmitri |
School of Physical and Chemical Sciences |
Theoretical and numerical analyses of a new type of sub-wavelength plasmonic||waveguide with strongly localized gap plasmons |
AOS |
Poster |
PTU |
5 |
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| Hall |
Michael |
Theoretical Physics, RSPSE |
Optimal estimates and joint measurement uncertainty relations |
AOS |
Poster |
PTU |
6 |
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| Hamilton |
Murray |
The University of Adelaide |
Mini-Differential Absorption Lidar for Atmospheric Water Vapour Profiling |
AOS |
Poster |
PTU |
7 |
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| Harrison |
Joanne |
Research School of Physical Sciences and Engineering |
Photostability of Nitrogen-Vacancy Centres in Diamond |
AOS |
Poster |
PTU |
8 |
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| Harvey |
Michael |
The University of Queensland |
Measuring thin films by transmission spectroscopy |
AOS |
Poster |
PTU |
9 |
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| Haselgrove |
Henry |
University of Queensland |
Entanglement, correlations, and error-correction in the ground states of||many-body systems |
AOS |
Poster |
PTU |
10 |
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| Heintze |
Matthew |
Department of Physics |
Er:Yb:glass Coherent Laser Radar |
AOS |
Poster |
PTU |
11 |
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| Henderson |
Clare |
The University of Melbourne |
Non-crystalline diffraction: a method for beam characterisation |
AOS |
Poster |
PTU |
12 |
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| Hines |
Andrew |
Centre for Quantum Computer Technology |
Stationary and Dynamic Entanglement in a Coupled Spins System |
AOS |
Poster |
PTU |
13 |
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| Hoogerland |
Maarten |
Physics Department, University of Auckland |
Cooling and trapping of rubidium atoms: Progress on the way to a BEC |
AOS |
Poster |
PTU |
14 |
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| Hoogerland |
Maarten |
Physics Department, University of Auckland |
Diffusion Resonances in the atom optics kicked rotor:||Experiments for small numbers of kicks|| |
AOS |
Poster |
PTU |
15 |
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| Horvath |
Levente |
The University of Auckland |
Quantum Trajectories for Many-atom Cavity Quantum Electrodynamics |
AOS |
Poster |
PTU |
16 |
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| Hsu |
Magnus |
ARC COE Quantum-Atom Optics |
Polarisation Self-Rotation Optical Squeezing with Hot Atoms |
AOS |
Poster |
PTU |
17 |
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| Jarvis |
Ruth A. |
Laser Physics Centre, RSPhysSE |
Verdet Constants of Chalcogenide Glasses |
AOS |
Poster |
PTU |
18 |
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| Jeong |
Hyunseok |
University of Queensland |
Production of Macroscopic Superposition States with Small Kerr Nonlinearity |
AOS |
Poster |
PTU |
19 |
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| Jia |
Baohua |
Swinburne University of Technology |
Direct characterization of a pure evanescent focus of a high numerical aperture||objective lens |
AOS |
Poster |
PTU |
20 |
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| Jones |
Steven |
Centre for Quantum Computer Technology |
Entanglement Distribution by an Arbitrarily Inept Delivery Service |
AOS |
Poster |
PTU |
21 |
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| Kane |
Deb |
Department of Physics |
Chaotic Semiconductor Lasers |
AOS |
Poster |
PTU |
22 |
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|
|
| Kheruntsyan |
Karen |
ACQAO, University of Queensland |
Einstein-Podolsky-Rosen correlations via dissociation of a molecular||Bose-Einstein condensate |
AOS |
Poster |
PTU |
23 |
|
|
|
| Kieu |
Tien |
CAOUS, Swinburne University of Technology |
The superfluidity – Mott insulator quantum phase transition as an instance of a||quantum adiabatic algorithm for Hilbert’s tenth problem |
AOS |
Poster |
PTU |
24 |
|
|
|
| Kolossovski |
Kazimir |
University of New South Wales at ADFA |
Multi-Channel Dispersion/Dispersion Slope Compensating Fibre Bragg Gratings |
AOS |
Poster |
PTU |
25 |
|
|
|
| Langford |
Nathan |
University of Queensland |
Demonstration of Bell measurement using a linear optics CNOT gate |
AOS |
Poster |
PTU |
26 |
|
|
|
| Lee |
Ray-Kuang |
Nonlinear Physics Centre and ARC Centre |
Squeezed matter-wave gap solitons in optical lattices |
AOS |
Poster |
PTU |
27 |
|
|
|
|
|
|
|
|
Poster |
PTU |
28 |
|
|
|
| Louis |
Pearl |
Nonlinear Physics Centre |
Controlling matter-wave solitons in optical superlattices |
AOS |
Poster |
PTU |
29 |
|
|
|
| Love |
John |
Optical Sciences Group, RSPhysSE |
Adiabatic 3-Wavelength Planar Multiplexer/De-multiplexer |
AOS |
Poster |
PTU |
30 |
|
|
|
| Lund |
Austin |
Centre for Quantum Computer Technology |
Random Mixtures of Gaussian States |
AOS |
Poster |
PTU |
31 |
|
|
|
| Manson |
Neil |
Laser Physics Centre, RSPhysSE |
Nitrogen-Vacancy Centre - why the interest? |
AOS |
Poster |
PTU |
32 |
|
|
|
| McCarthy |
Glen |
Laser Physics Centre |
Bloch Oscillations of Optical Beams in Spatially Varying Periodic Gratings |
AOS |
Poster |
PTU |
33 |
|
|
|
| McGregor |
Thomas |
Centre for Lasers and Applications, Department of Physics |
Measurement of Thermal Lensing in a Diode–pumped Nd:YVO4 Laser using a Hartman||Wavefront Analyser |
AOS |
Poster |
PTU |
34 |
|
|
|
| McKay |
Aaron |
Macquarie University |
Low noise photonic-based tuneable microwave source |
AOS |
Poster |
PTU |
35 |
|
|
|
| McLean |
Russell |
Swinburne University |
Magneto-optical film-based grooved microstructures for manipulating cold atoms |
AOS |
Poster |
PTU |
36 |
|
|
|
| Chandra |
Kapil |
Guru Ghsidas University |
relatitvity and wave mechanism |
ASGRG |
Poster |
PTU |
37 |
|
|
|
| Kuchiev |
Michael |
UNSW |
Reflection on event horizon of black holes |
ASGRG |
Poster |
PTU |
38 |
|
|
|
| Okutomi |
Akira |
Institute for Cosmic Ray Research (ICRR) |
Radiation pressure noise measurement in an interferometer |
ASGRG |
Poster |
PTU |
39 |
|
|
|
| Robinson |
Viv |
ETP Semra Pty Ltd |
Simplified Derivations of the Space-Time Geometry Equations |
ASGRG |
Poster |
PTU |
40 |
|
|
|
| Stanwix |
Paul |
School of Physics, The University of Western Australia |
Rotating Michelson-Morley Experiment Based on a Dual Cavity Cryogenic Sapphire||Oscillator |
ASGRG |
Poster |
PTU |
41 |
|
|
|
| Vlokh |
V |
Institute of Physical Optics |
Parametrical Optics Effects at the Presence of Gravitation |
ASGRG |
Poster |
PTU |
42 |
|
|
|
| Watanabe |
Tomoki |
Department Of Physics, Tokai University |
Spinor Fields and Inflationary Cosmology in Einstein-Cartan Theory |
ASGRG |
Poster |
PTU |
43 |
|
|
|
| Zhao |
Chunnong |
School of Physics, The University of Western Australia |
An experiment to study parametric instabilities in optical cavities at ACIGA||high optical power test facility |
ASGRG |
Poster |
PTU |
44 |
|
|
|
| Ahrens |
Marc |
Centre for Quantum Computer Technology |
1-Dimensional P wires in Si |
CMMSP |
Poster |
PTU |
45 |
|
|
|
| Alves |
Andrew |
University Of Melbourne |
Ion beam lithography of PMMA using single ion detection |
CMMSP |
Poster |
PTU |
46 |
|
|
|
| Andresen |
Soren |
Centre for Quantum Computer Technology |
Charge Transfer in Single-Ion Implanted Silicon Devices |
CMMSP |
Poster |
PTU |
47 |
|
|
|
| Ang |
Joo Chew |
School of Physics |
Dephasing of a charge qubit by charge fluctions |
CMMSP |
Poster |
PTU |
48 |
|
|
|
| Angus |
Susan |
University of New South Wales |
Development of a silicon-based single electron transistor |
CMMSP |
Poster |
PTU |
49 |
|
|
|
| Au |
Vicky |
Plasma Research Laboratory, RSPhysSE, ANU |
Stress formation in continuous and multiple layer depositions of SiO2 by||helicon-activated reactive evaporation |
CMMSP |
Poster |
PTU |
50 |
|
|
|
| Barik |
Satyanarayan |
The Australian National University |
Effects of As/P exchange on InAs/InP (100) quantum dots formation by||metalorganic chemical vapor deposition |
CMMSP |
Poster |
PTU |
51 |
|
|
|
| Barjaktarevic |
John |
Department of Physics |
Fast simulation of a Quantum Phase Transitions in a Ion-Trap Reaslisable Unitary||Map |
CMMSP |
Poster |
PTU |
52 |
|
|
|
| Barjaktarevic |
John |
Department of Physics |
RVB theory of Cs2CuCl4 in a Magnetic Field |
CMMSP |
Poster |
PTU |
53 |
|
|
|
| Bastow |
Tim |
CSIRO |
Phase Evolution in Aluminium Alloys as Studied by Nuclear Magnetic Resonance and||Positron Annihilation Lifetime Spectroscopy |
CMMSP |
Poster |
PTU |
54 |
|
|
|
| Boag |
Adam |
RMIT University - Applied Physics |
Analysis of Intermetallic Phases in Aerospace Aluminium Alloys Using a Nuclear||Microprobe and Phase Correlation Mapping |
CMMSP |
Poster |
PTU |
55 |
|
|
|
| Boas |
John |
School of Physics and Materials Engineering |
Electron Paramagnetic Resonance of Kimberley Zebra Rock |
CMMSP |
Poster |
PTU |
56 |
|
|
|
| Buckley |
Craig |
Curtin University |
Determining Structural Information from Powders using Small Angle X-ray||Scattering (SAXS) |
CMMSP |
Poster |
PTU |
57 |
|
|
|
| Burgmann |
Flame |
RMIT University (Applied Physics) |
Plasma engineering of multilayered carbon coatings. |
CMMSP |
Poster |
PTU |
58 |
|
|
|
| Campbell |
Stewart |
UNSW@ADFA |
Magnetic Structures and Valence Transitions in RMn2(Si,Ge)2 (R=Yb, Eu) |
CMMSP |
Poster |
PTU |
59 |
|
|
|
|
|
|
|
|
Poster |
PTU |
60 |
|
|
|
| Chen |
Yongjun |
Australian National University |
The effect of vapor concentration on the formation of nanowires |
CMMSP |
Poster |
PTU |
61 |
|
|
|
| Chernozatonskii |
Leonid |
Institute of Biochemical Physics, Russian Academy of Sciences |
Structures, properties and applications of three-terminal carbon nanotube||junctions |
CMMSP |
Poster |
PTU |
62 |
|
|
|
| Cho |
Sam Young |
The University of Queensland |
Thermal and Electrical Currents in Double Quantum Dot Interferometers |
CMMSP |
Poster |
PTU |
63 |
|
|
|
| Cho |
Sam Young |
The University of Queensland |
Spin-Charge Conductance in Nanoscale Electronic Devices |
CMMSP |
Poster |
PTU |
64 |
|
|
|
| Clarke |
Warrick |
School of Physics |
Fabrication and metallic behaviour of induced 2D hole systems in novel GaAs||heterostructures |
CMMSP |
Poster |
PTU |
65 |
|
|
|
| Cole |
Jared |
University Of Melbourne |
Systematic Hamiltonian Identification of Two-Level Systems |
CMMSP |
Poster |
PTU |
66 |
|
|
|
| Coleman |
Victoria |
Department of Electronic Materials Engineering |
Porous alumina as a template for the design of novel semiconductor||nanostructures |
CMMSP |
Poster |
PTU |
67 |
|
|
|
| Coleman |
Victoria |
Department of Electronic Materials Engineering |
Mechanical behaviour of a- and c-axis epitaxial ZnO grown on sapphire |
CMMSP |
Poster |
PTU |
68 |
|
|
|
| Colson |
Tobias |
RMIT Applied Physics |
Correlations in inelastic scattering |
CMMSP |
Poster |
PTU |
69 |
|
|
|
| Comte |
Christophe |
CSIRO - Industrial Physics |
SPECIFIC MECHANICAL BEHAVIOUR OF DLC COATINGS AT HIGH TEMPERATURE |
CMMSP |
Poster |
PTU |
70 |
|
|
|
| Conrad |
Vince |
University Of Melbourne |
Geometric Analysis and Optimisation of the Single Electron Transistor for||Solid-State Quantum Computer |
CMMSP |
Poster |
PTU |
71 |
|
|
|
| Daivis |
Peter |
Applied Physics, RMIT University |
Molecular simulation of colloidal fluid flow in a microchannel |
CMMSP |
Poster |
PTU |
72 |
|
|
|
| Danilkin |
Sergey |
Australian Nuclear Science and Technology Organisation |
Lattice Dynamics of Hydrogenated Austenitic Steels |
CMMSP |
Poster |
PTU |
73 |
|
|
|
| Das |
Mukunda |
The Australian National University |
What causes dissipation in a ballistic quantum point contact? |
CMMSP |
Poster |
PTU |
74 |
|
|
|
| Devitt |
Simon |
University of Melbourne |
Practicality of Fault-Tolerant Quantum Computation |
CMMSP |
Poster |
PTU |
75 |
|
|
|
| Dogra |
Rakesh |
Australian National University |
TDPAC Study of Implantation Induced Amorphization in GaAs and InAs |
CMMSP |
Poster |
PTU |
76 |
|
|
|
| Du |
Jia |
Applied Quantum Systems Group, CSIRO Industrial Physics |
Characterizations of MgO substrates and epitaxial YBCO thin films |
CMMSP |
Poster |
PTU |
77 |
|
|
|
| Duley |
Walt |
University of Waterloo |
UV and Raman Spectroscopic Study of Diamond-Like Carbon |
CMMSP |
Poster |
PTU |
78 |
|
|
|
| Elliman |
Robert |
Australian National Uiversity |
Silicon Nanocrystals as an Optical Gain Medium? |
CMMSP |
Poster |
PTU |
79 |
|
|
|
| Elliman |
Robert |
Australian National Uiversity |
Mechanical Properties of Nanoscale Si |
CMMSP |
Poster |
PTU |
80 |
|
|
|
| Elliman |
Robert |
Australian National Uiversity |
Effect of Material Structure on Photoluminescence Spectra from Silicon||Nanocrystals |
CMMSP |
Poster |
PTU |
81 |
|
|
|
| Elliman |
Robert |
Australian National Uiversity |
Modication of Mechanical Properties of Silicon Cantilevers by Self Ion||Implantation |
CMMSP |
Poster |
PTU |
82 |
|
|
|
| Elliman |
Robert |
Australian National Uiversity |
Leaky Mode Emission from a Planar Optical Waveguide made of Luminescent Silicon||Nanocrystals |
CMMSP |
Poster |
PTU |
83 |
|
|
|
| Elliman |
Robert |
Australian National Uiversity |
Photonic Band-Gap Effects on Photoluminescence of Silicon Nanocrystals Embedded||in Artificial Opals |
CMMSP |
Poster |
PTU |
84 |
|
|
|
| Fehske |
Holger |
Institute of Physics, Ernst-Moritz-Arndt University Greifswald |
Luttinger Liquid versus Charge Density Wave Behaviour in the||Spinless Fermion Holstein Model |
CMMSP |
Poster |
PTU |
85 |
|
|
|
| Finlayson |
Trevor |
School of Physics and Materials Engineering |
Neutron diffraction studies of the ferroelectric/paraelectric transition in||triglycine sulphate |
CMMSP |
Poster |
PTU |
86 |
|
|
|
| Fjaerestad |
John Ove |
Department of Physics, University of Queensland |
Orbital currents and charge density oscillations in a generalized Hubbard ladder |
CMMSP |
Poster |
PTU |
87 |
|
|
|
| Ford |
Mike |
University of Technology, Sydney |
Simulation of gold nanoparticles and surface absorption |
CMMSP |
Poster |
PTU |
88 |
|
|
|
| Ford |
Mike |
University of Technology, Sydney |
Single molecules on gold surfaces and molecular conduction |
CMMSP |
Poster |
PTU |
89 |
|
|
691 |
| Fowler |
Austin |
University Of Melbourne |
Optimal Construction of Arbitrary Fault-tolerant Gates |
CMMSP |
Poster |
PTU |
90 |
|
|
|
| Fraser |
Michael |
Department of Electronic Materials Engineering |
Towards Exciton Condensation in Quantum Semiconductor Structures |
CMMSP |
Poster |
PTU |
91 |
|
|
|
| Fukuda |
Taturo |
Department of Physics, Tokai University |
Self-consistent linear response approximation for longitudinal and transverse||plasmons |
CMMSP |
Poster |
PTU |
92 |
|
|
|
| Gareso |
Paulus |
The Australian National University |
Atomic intermixing of InxGa1-xAs/InP quantum well structures |
CMMSP |
Poster |
PTU |
93 |
|
|
|
| Giacomantonio |
Clare |
University of Queensland |
Charge Transport in Melanin, a Disordered Bio-Organic Conductor |
CMMSP |
Poster |
PTU |
94 |
|
|
|
| Goh |
Roland |
Queensland University of Technology |
Nano-assembly of Conjugated Polymer on Carbon Nanotubes: An STM Study |
CMMSP |
Poster |
PTU |
95 |
|
|
|
| Greentree |
A |
The Melanins: Robust Functionality through structural disorder |
Adiabatic passage techniques in solid-state quantum devices |
CMMSP |
Poster |
PTU |
96 |
|
|
|
| Gubbens |
Paul C.M. |
Interfacultair Reactor Instituut TUDelft |
Interplay between Tm and Cr magnetic sublattices in TmCrO4 |
CMMSP |
Poster |
PTU |
97 |
|
|
|
| Hamer |
Chris |
UNSW |
Magnon Dispersion and Structure Factors for Heisenberg Antiferromagnets |
CMMSP |
Poster |
PTU |
98 |
|
|
|
| Hancock |
Yvette |
University of Melbourne |
Finite Size Effects and Superconducting Correlations |
CMMSP |
Poster |
PTU |
99 |
|
|
|
| Hill |
Charles |
University of Queensland |
Fast solid-state donor electron spin quantum computing |
CMMSP |
Poster |
PTU |
100 |
|
|
|
| Hoffman |
A |
University Of Melbourne |
Electron Trapping and de-Trapping in Ion-Beam-Damaged Diamond Surfaces |
CMMSP |
Poster |
PTU |
101 |
|
|
|
| Hollenberg |
Lloyd |
Centre for Quantum Computing Technology |
Coherent spin transport and two-dimensional architectures for scalable donor||quantum computing |
CMMSP |
Poster |
PTU |
102 |
|
|
|
| Hopf |
Toby |
University Of Melbourne |
Fabrication of two donor quantum computer devices by controlled single ion||implantation |
CMMSP |
Poster |
PTU |
103 |
|
|
|
| Hutchison |
Wayne |
The University of New South Wales @ ADFA |
Towards Stark shift tuning of phosphorous doped silicon Qubits |
CMMSP |
Poster |
PTU |
104 |
|
|
|
| Hutchison |
Wayne |
The University of New South Wales @ ADFA |
NMRON Measurements of Nano-Crystalline Cobalt |
CMMSP |
Poster |
PTU |
105 |
|
|
|
| Jackson |
Ian |
Research School of Earth Sciences |
The rheology of melt-free polycrystalline olivine |
CMMSP |
Poster |
PTU |
106 |
|
|
|
| Jolley |
Greg |
Australian National University |
InAs/GaAs Quantum dot layers grown by MOCVD |
CMMSP |
Poster |
PTU |
107 |
|
|
|
| Jong Wah |
Jonathan |
Department of Physics, Macquarie University |
Dielectric Properties and Photoluminescence of Diatomaceous Silicas |
CMMSP |
Poster |
PTU |
108 |
|
|
|
| Kandasamy |
Gajendran |
University Of Melbourne |
Qubit control and crosstalk characterization in the Kane quantum computer |
CMMSP |
Poster |
PTU |
109 |
|
|
|
| Katz |
O |
University Of Melbourne |
Heterostructure Field Effect Transistors in InAlN/GaN |
CMMSP |
Poster |
PTU |
110 |
|
|
|
| Kent |
Ben |
RMIT University |
Glass transition in colloidal hard spheres. |
CMMSP |
Poster |
PTU |
111 |
|
|
|
| Lewis |
Roger |
University of Wollongong |
A new THz facility for condensed matter physics |
CMMSP |
Poster |
PTU |
112 |
|
|
|
| Lewis |
Roger |
University of Wollongong |
Spectroscopy of acceptor states in ZnSe |
CMMSP |
Poster |
PTU |
113 |
|
|
|
| Liss |
Klaus-Dieter |
Bragg Institute / ANSTO |
Precipitation, recovery, phase transition and recrystallization processes of||massively transformed TiAl scrutinized by ex- and in-situ high-energy X-ray||diffraction |
CMMSP |
Poster |
PTU |
114 |
|
|
|
| Long |
John |
Deakin University |
An RF-GD-OES Calibration for Surface Analysis on Aluminium Alloys |
CMMSP |
Poster |
PTU |
115 |
|
|
|
| Maheswaran |
Saravanamuthu |
University of Western Sydney |
Ion Scattering Simulations of Misfit Dislocations at the Fe2O3/Al2O3 interface |
CMMSP |
Poster |
PTU |
116 |
|
|
|
| Mcfarlane |
J.C. |
University of Strathclyde |
Nano-scale Superconducting Photon/Particle Detector |
CMMSP |
Poster |
PTU |
117 |
|
|
|
| Merchant |
Alex |
Applied Physics, School of Applied Sciences |
ab intio modelling of energetics in ta-C films |
CMMSP |
Poster |
PTU |
118 |
|
|
|
| Meredith |
Paul |
University of Queensland |
The Melanins: Robust Functionality through structural disorder |
CMMSP |
Poster |
PTU |
119 |
|
|
|
| Mitchell |
Emma |
Applied Quantum Systems Group, CSIRO Industrial Physics |
Characterization of pi-SQUIDs fabricated using orthogonal YBa2Cu3O7-ƒÔ step edge||junctions |
CMMSP |
Poster |
PTU |
120 |
|
|
|
| O'Dwyer |
Mark |
University of Wollongong |
Efficiency of Ideally Filtered Thermionic Devices |
CMMSP |
Poster |
PTU |
121 |
|
|
|
| Williams |
J |
UWA |
Low energy spin |
CMMSP |
Poster |
PTU |
122 |
|
|
|
| Williams |
J |
UWA |
Spin Orbit coupling by low energy |
CMMSP |
Poster |
PTU |
123 |
|
|
|
| Stewart |
Sean |
The Petroleum Institute |
A little introductory and intermediate physics with the Lambert W function |
PEG |
Poster |
PTU |
124 |
|
|
|
| Kane |
Deb |
Department of Physics |
Chaotic Semiconductor Lasers |
AOS |
Poster |
PTU |
125 |
|
|
|
| Kheruntsyan |
Karen |
ACQAO, University of Queensland |
Einstein-Podolsky-Rosen correlations via dissociation of a molecular||Bose-Einstein condensate |
AOS |
Poster |
PTU |
126 |
|
|
|
| Kieu |
Tien |
CAOUS, Swinburne University of Technology |
The superfluidity – Mott insulator quantum phase transition as an instance of a||quantum adiabatic algorithm for Hilbert’s tenth problem |
AOS |
Poster |
PTU |
127 |
|
|
|
| Kolossovski |
Kazimir |
University of New South Wales at ADFA |
Multi-Channel Dispersion/Dispersion Slope Compensating Fibre Bragg Gratings |
AOS |
Poster |
PTU |
128 |
|
|
|
| Langford |
Nathan |
University of Queensland |
Demonstration of Bell measurement using a linear optics CNOT gate |
AOS |
Poster |
PTU |
129 |
|
|
|
| Lee |
Ray-Kuang |
Nonlinear Physics Centre and ARC Centre |
Squeezed matter-wave gap solitons in optical lattices |
AOS |
Poster |
PTU |
130 |
|
|
|
| Liang |
YeongCherng |
University of Queensland |
Quantum Cryptography: Security Criteria Reexamined |
AOS |
Poster |
PTU |
131 |
|
|
|
| Louis |
Pearl |
Nonlinear Physics Centre |
Controlling matter-wave solitons in optical superlattices |
AOS |
Poster |
PTU |
132 |
|
|
|
| Love |
John |
Optical Sciences Group, RSPhysSE |
Adiabatic 3-Wavelength Planar Multiplexer/De-multiplexer |
AOS |
Poster |
PTU |
133 |
|
|
|
| Lund |
Austin |
Centre for Quantum Computer Technology |
Random Mixtures of Gaussian States |
AOS |
Poster |
PTU |
134 |
|
|
|
| Manson |
Neil |
Laser Physics Centre, RSPhysSE |
Nitrogen-Vacancy Centre - why the interest? |
AOS |
Poster |
PTU |
135 |
|
|
|
| McCarthy |
Glen |
Laser Physics Centre |
Bloch Oscillations of Optical Beams in Spatially Varying Periodic Gratings |
AOS |
Poster |
PTU |
136 |
|
|
|
| McGregor |
Thomas |
Centre for Lasers and Applications, Department of Physics |
Measurement of Thermal Lensing in a Diode–pumped Nd:YVO4 Laser using a Hartman||Wavefront Analyser |
AOS |
Poster |
PTU |
137 |
|
|
|
| McKay |
Aaron |
Macquarie University |
Low noise photonic-based tuneable microwave source |
AOS |
Poster |
PTU |
138 |
|
|
|
| McLean |
Russell |
Swinburne University |
Magneto-optical film-based grooved microstructures for manipulating cold atoms |
AOS |
Poster |
PTU |
139 |
|
|
|
| Chandra |
Kapil |
Guru Ghsidas University |
relatitvity and wave mechanism |
ASGRG |
Poster |
PTU |
140 |
|
|
|
| Kuchiev |
Michael |
UNSW |
Reflection on event horizon of black holes |
ASGRG |
Poster |
PTU |
141 |
|
|
|
| Okutomi |
Akira |
Institute for Cosmic Ray Research (ICRR) |
Radiation pressure noise measurement in an interferometer |
ASGRG |
Poster |
PTU |
142 |
|
|
|
| Robinson |
Viv |
ETP Semra Pty Ltd |
Simplified Derivations of the Space-Time Geometry Equations |
ASGRG |
Poster |
PTU |
143 |
|
|
|
| Stanwix |
Paul |
School of Physics, The University of Western Australia |
Rotating Michelson-Morley Experiment Based on a Dual Cavity Cryogenic Sapphire||Oscillator |
ASGRG |
Poster |
PTU |
|