POSTER PROGRAM
| Name | Poster Title | Poster No. |
| Octaviani Siregar | 4D-Printed Auxetic Cardiac Patch: Using CNT-Reinforced Bio-Based Resin for Enhanced Flexibility and Conductivity | 1 |
| Kvan Jelodare | A Closed-loop and Self-driving Precision Polymer Synthesis Platform Using ML | 2 |
| Hongjing Luo | A study on antibacterial and biological property of SNAPPs with Dopa handle | 3 |
| Yovilianda Maulitiva Untoro | A Sustainable Processing of Novel Lignocellulose Materials | 4 |
| Jade Wilson | Binary doped-photochromic films for optoelectronic applications | 5 |
| Peidong Shen | Bio-based Sustainable Polymers | 6 |
| Holly Gill | Design and Synthesis of a Photochromic Conjugated Polymer for Organic Electrochemical Transistors | 42 |
| Mahlet Tsedalu Adane | Development of Vat-photopolymerized Bioactive Scaffolds with Eggshell Powder for Enhanced Bone Regeneration | 8 |
| Risa Otake | Diet impacts on black soldier fly growth and chitin/chitosan production | 9 |
| Shraddha R Bhat | Fabrication of Multi-Material Flexible Conducting Polymers | 10 |
| Prof Anna Bielawska | Gold Polymer Nanomaterials: PEGylated Au Nanoparticles Modified With Derivatives Of 2-Thioxothiazolidin-4-one Induced Neurotoxicity In Human Neural Cells | 11 |
| Mengyu Wang | Highly isotactic polylactide by binary organocatalyzed polymerization of 1,3-dioxolan-4-ones | 12 |
| Thomas Roads | Investigating the Role of Hydrophobicity in Antimicrobial Peptide Star Polymers | 14 |
| Amna Binte Asghar | Large Language Models for Kinetic Modelling and Rate Coefficient Determinations in Radical Polymerization | 15 |
| Kalyanshi Ubnare | Localized electrochemical 3D printing | 16 |
| Dr Haoxiang Zeng | Loop to Linear: Exploring the Impact of Corona Topology on the Properties of Self-Assembled Polymer Nanoparticles | 17 |
| Miao Chen | Metal-Free Photoinitiated, Controlled Cationic Polymerization of Vinyl Ethers Using Organic Iodides | 18 |
| Liqiang Li | Multifunctional Carbon Dot-based Triazine: A Visible Light-Sensitive Photoinitiator Sourced from Natural Products for Precision 3D Printing | 19 |
| Dr Shakeel Ahmed | MXene–Polymer-Engineered Ni–SnS Composite for Efficient and Durable Hydrogen Production | 20 |
| Ingita Tiwari | Nanostructured Polybenzoxazine Particles-Supported Ammonia Borane for Hydrogen Storage and Release | 21 |
| Prof Chang-soo Lee | One-step formation of controllable complex emulsions | 22 |
| Rayland Low | Oxygen Facilitated Photoinduced Atom Transfer Radical Polymerisation | 23 |
| Shubham Verma | Oxygen facilitated visible light mediated Iniferter RAFT Polymerization | 24 |
| Bailey Richardson | Peptide Self-Assembly Controlled Photoligation of Polymers | 25 |
| Dr Yasir Abbas | Poly(organo)phosphazenes for rapid and selective E-waste gold extraction from aqua regia | 26 |
| Dr Jasmine Pople | Poly(trisulfides) as new fungicides | 27 |
| Siyoon Yang | Polymer-Assisted Coating Layers on Electrode Materials for Highly Stabilized Lithium-ion Batteries | 28 |
| Hira Khaleeq | Polymeric Wrinkles on Hydrogel Surfaces | 29 |
| Clodagh Boland | Self-driven AI for synthesis and optimization of antiviral polymers | 30 |
| Dr Kathleen Wood | Small Angle Neutron Scattering Capability at ANSTO | 31 |
| Prof Hyeong Min Jin | Small angle scattering analysis for advanced energy materials | 32 |
| Iris Kachel | Stimuli-Responsive Polymer Nanoparticles for Therapeutic Delivery | 33 |
| Prof Taek Seung Lee | Synthesis of Semiconducting Polymer and Hybridization for Biological Sensing | 34 |
| Mark-Jefferson Boyetey | Targeting the Viral Membrane: Engineering Polymers to Disrupt Enveloped Viruses | 35 |
| Hannah Sheers | The renewable feedstock levoglucosenone as a building block for the development of bio-derived acrylic polymers | 36 |
| Dr Harshal Patel | Thermal Imaging Using Sulfur Polymer Optics | 37 |
| Rimaz Toto | Ultra-High Molecular Weight Biomaterials | 38 |
| Shirin Ansariashlaghi | Understanding the thin film switching properties of photochromic main chain polymers | 39 |
| Dr Faizah Altaf | Upcycling Date Palm Waste: Cellulose-Based Membranes for Redox Flow Battery Applications in Grid-Scale Energy Storage | 40 |
| Dr Fahd Alakbari | Updates of Polymeric Surfactant in Chemical-Enhanced Oil Recovery | 41 |
ABOUT US
Australasian Polymer Symposium (APS) The Polymer Division of the Royal Australian Chemical Institute (RACI) has a long-standing history of organising the Australasian Polymer Symposium (APS) conferences.
The APS has a long established tradition of bringing together the polymer science and engineering communities of Australasia as well as esteemed polymer colleagues from around the world; from the current world-leaders in polymer research to academics, researchers, research students and industrial professionals from universities, research organisations and the polymer industry globally.
The APS also serves as an opportunity for national and international networking through an exciting forum of both formal presentations as well as informal idea exchanges in order to contribute towards the development of frontier polymer research.
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P: +61 3 6234 7844
E: conference@leishman-associates.com.au
W: leishman-associates.com.au
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ACKNOWLEDGMENT OF COUNTRY
We acknowledge the Ngunnawal people as traditional custodians of the ACT and recognise any other people or families with connection to the lands of the ACT and region. We acknowledge and respect their continuing culture and the contribution they make to the life of this city and this region.