The following poster presentations will be made at CMD29. All posters will be up during the entire conference.
Poster presenters are expected to be present at their poster during the breaks following or between their mini-colloquium afternoon oral sessions, and during special time allotted for their poster session e.g. mini-colloquium 6.
Posters can be put up from 5pm on Sunday 21 August and they are to be taken down by 6pm on Thursday 25 August.
Posters should be prepared no larger than A0 in size (84.1 x 118.9 cm / 33.1 x 46.8 inches), in a portrait format.
3. Physics of Tissue Dynamics | 1 | Mr. Paulo Godolphim | Vertex model micro-mechanical validation in fish embryo morphogenesis | | 2 | Quentin Guigue | Elasto-plastic properties and self-organization of tissues probed with biomimetic
emulsion | | 3 | Lorraine Montel | Adhesion percolation controls the deformation of biomimetic emulsion packings | | 4 | Massimo Pica Ciamarra | Hexatic phase and rheological properties in model epithelial tissues | | 5 | Jack Parker | Confined and buckled: Shapes of gel-encapsulated GUVs under osmotic shock | |
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6. Emergent phenomena in soft, active and biological matter
| 6 | Juan Pablo Miranda | Structural and dynamical features of a suspension of active ring polymers
under confinement | | 7 | Mr Peter Starrs | Molecular Dynamics Studies of the Conformational Free Energies of Xylan
Glycosidic Linkages
and the Flexibility of Xylan Chains | | 8 | Riya Nandi | Oscillations in cell cycle times in Drosophila abdomen modelled as cell phase
synchronization | | 9 | Gabriel Amselem | Flows induced by a capsule of microalgae | | 10 | Mr. C. Miguel Barriuso Gutierrez | Discovering dynamic laws from observations: the case of self-propelled,
interacting colloids | | 11 | Nadir Möller | Writing In Water | | |
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7. Confined and mesoscopic
| 12 | Lirong Zheng | Universal dynamical onset in water at distinct material interfaces | | 13 | Thanaphun Jitniyom | Liquid-infused stainless steel and different types of polymer surfaces
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8. Complex Phases in Soft Matter | 14 | Huanjun Lu | Frustrated Layered Self-assembly Induced Superlattice from Two-Dimensional Nanosheets | | 15 | Rasha Algethami | Modelling Crystallisation in Polymers | | 16 | Ms. Vidhika Punjani | Observation of long-range TGBA phase, polar order and thermochromic behaviour in a
chiral bent-shaped liquid crystals | | 17 | Kutlwano Gabana | Fddd - A liquid crystal phase of rotating quadrupoles | 18
75 | Mr Omar-farouk Adesida
Qi Chen
| Exploring the Phase Behaviour of Hard-Sphere Dimers
Microfluidic model of micro-haemodynamics
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13. Topological and geometrical effects | 19 | Dr Ruibin Zhang | Orientational transitions of discotic columnar liquid crystals in cylindrical pores | | 20 | Prof. Dr. Erich Runge | Structural and Optical Properties of Gold Nanosponges | | | |
9. Gas phase synthesis of nanoparticles | 21 | Rongsheng Cai | Understanding Wet Impregnation Synthesis for Sustainable Hydrogenation Catalysts
via In-situ TEM Observation |
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18. High-resolution scanning probe microscopy | 22 | Miss Celina Hellmich | Development of manufacturing processes for coordinate-based 3D µ-standarts | | 23 | Mr Haoxuan Ding | Complex Supramolecular Tessellations with On-surface Self-Synthesized
C60 Tiles through van der Waals Interaction | | | |
12. Physics in 2D Nanoarchitectonics | 24 | Dr. María Tenorio | Doped Nanoporous graphene as a new material for ultrasharp superlattice heterojunctions | | 25 | Serni Toda Cosi | Decoupling nanoporous graphene from the metallic catalytic template by intercalation
of self- assembled monolayers in ultra-high vacuum | | 26 | Xabier D. de Cerio | Exploring the electronic and transport properties of Li-decorated nanoporous graphene | | 27 | Kevin Garcia Diez | Engineering the Electronic properties of 2D Quantum Materials with Tunable Superlattices | | | |
17. Nanomechanical and electromechanical systems | 28 | Maryam Azizinia | The nanostructured MoO3 films prepared by electrospray: A new way for
technologial devices | | 29 | Mariana Gomes | Influence of sintering methods on piezoelectric K0.5Na0.5NbO3 ceramics | | 30 | Ms. Stella Gries | Fabrication of Hierarchical Porous Silicon and Fused Silica by Means of Silver
Nanoparticle- Catalyzed Chemical Etching | | 31 | Dr. Gianluca Rastelli | Resonant nonlinear response of a nanomechanical system with broken symmetry | | 32 | Gabriel Margiani | State Lifetime of a Synthetic Two-Level System | | 33 | Minxing Xu | Superconducting Casimir Effect: The interplay between two famous quantum effects | | | |
20. Quantum thermodynamics | 34 | Parvinder | Role of coherence and degeneracies in quantum synchronization |
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42. Broken ergodicity and localisation | 35 | Mr Aiden Daniel | Study of Experimental Regimes for the Observation of Quantum Many-Body
Mixed phase space |
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25. Cavity quantum electrodynamics | 36 | Maria Tudorovskaya | Fermion-boson interacting systems in InQuanto software package |
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21. Bound states in hybrid superconductor nanostructures | 37 | Campbell Mclauchlan | Fermion-Parity-Based Computation and its Majorana-Zero-Mode Implementation | | 38 | Elis Roberts | From quantum tunneling in a topology-changing fermionic bath to topological
quantum superpositions | | 39 | Di Xu | Realizing a minimal Kitaev chain in coupled quantum dots | | 40 | Mátyás Kocsis | Signatures of the nonlocal Josephson effenct in Andreev-molecules | | | |
23. Superconducting circuits for quantum technologies | 41 | Mr Ben Blain | Coherent Transport of Quantum Solitons in Superconducting Circuits | | 42 | Manognya Acharya | A fully automated wafer-scale cryogenic measurement system for superconducting
quantum circuit characterization | | 43 | Desislava Atanasova | Towards a dissipative cat qubit in a 3D circuit QED architecture | | 44 | Marius Hegedus | Cryogen-free Scanning Gate Microscope for the interrogation of coherence limiting
defects in superconducting quantum circuits at millikelvin temperatures | | | |
36. Quantum computers and condensed matter physics | 45 | James Hague | Arrays of optical tweezers and dressed Rydberg atoms for quantum simulators of
electron-phonon interaction and multi band effects. |
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24. Ultra cold quantum electronics | 46 | Kouidri Smail | Finite temperature chemical potential of Bose gas in harmonic trap | | 47 | Francis Bettsworth | On-chip demagnetisation cooling of electrons | | 48 | Matthew Green | Tabletop room temperature electron spin resonance spectrometer measurements from
30 to 600 MHz | | 49 | Dylan Jones | Scattering of a diffracted electron wave from nanoscale potential barriers on graphene | | 50 | Max Taylor | Graphene Josephson junctions for microwave devices | | 51 | Emily Gamblen | Exploring Applications of Graphene-Based Josephson Junctions | | | |
28. Quantum technology for dark matter | 52 | Prof Ling Hao | Developing a SLUG Microwave Amplifier for Axion Detection | | 53 | Deepanjan Das | Cryogenic electronics for the QSHS microwave axion search | | | |
41. Topological matter | 54 | Bertrand Dupé | Exploring possible materials for mobile qubits | | 55 | Rafael D. Soares | Dynamic Build-Up of Mesoscopic Quantum Entanglement by Quantum Spin-Transfer
Torque Effect | | 56 | Robin Smeyers | Electronic properties of multilayer graphene on hBN for different stacking configurations
of hBN | | 57 | Henrique P. Veiga | Simulating Mesoscopic Transport on Finite Systems with Space-Modulating Hoppings | | | |
16. Twisted van der Waals heterostructures | 58 | Dr Elisa Castanon | Interfacial ferroelectricity in marginally twisted 2D semiconductors studied via KPFM |
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52. Combining organic molecules and 2D materials | 59 | Alexander Kazantsev | Quantum linear magnetoresistance from the classical point of view | | 60 | Edward Black | First-Principles Investigation of the Electronic Properties of 2-D Organic-TMDC
Heterostructures | | 61 | Mr Birkan Emrem | Controlling the Shape of finite 2D Systems by Surfactants | | | |
22. Nanoscale fabrication of superconducting devices | 62 | Dominik Hanisch | Nanopatterning of YBa2Cu3O7-x by gallium focused ion beam |
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48. Thin films: structure, characterisation, and applications | 63 | Pierre Couture | “Total” Ion Beam analysis and 3D imaging of thin films using MeV ion beams
technique: latest development at Surrey Ion Beam Centre to characterise
material composition | | 64 | Emma Bryan | Investigating the templating effect of patterned ferroelectric substrates on
molecular semiconductor growth using PFM and KPFM | | 65 | Petr Klapetek | Force volume data processing for advanced electrical SPM experiments | | 66 | M.sc Ephraim Thomas Mathew | Study of surface enhanced Raman spectroscopy effect on surface reconstructed
Al2O3 substrate | | | |
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46. Matter under high pressure | 67 | Dr. Plácida Rodríguez-Hernández | Dynamical and elastic properties of Cd2V2O7 under high-pressure from ab initio simulations | | 68 | Marek Eggen | The theoretical and experimental study of single ion magnets based on the Ho(III)-EDTA
and Dy(III)-EDTA complexes in various environments: the influence of the structural
changes on the spectroscopic and magnetic properties | | 69 | Gabriel Kipkemei Chirchir | Structural, Electronic and Mechanical Properties of Re Doped FeMnP_0.67A_0.33
(A=Ga and Ge): A DFT Study | | 70 | Prof. Alfonso Muñoz | High pressure study of CsPbBr3: dynamical and mechanical stability | | | |
51. Ultrafast Dynamics
| 71 | Mr Wenjia Li | All-optical switching in Co/Pt multilayers | | 72 | Sam Perrett | Application of Density Matrix Wigner Transforms for Ultrafast X-ray Crystallography | | 74 | Yehonadav Bekenstein | Free electron triggered superfluorescence from self-assembled nanocrystals. | | | |
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47. X-ray Free Electron Lasers | 73 | Dr. Xiaowen Shi | Characterization of Topological Defects and Phase Transitions in Nanocrystals
Ferroelectrics using coherent diffraction imaging |
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