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PFASs are extraordinarily useful, but after they escape from factories, homes and vehicles into the environment, they add to a forever-growing pollution problem. go.nature.com/3Ojwt2m

Could the world go PFAS-free? Please see our insights and others' perspectives on PFAS applications and regulations. Thanks Xiaozhi for her efforts on gathering comprehensive information and contributing to this news feature nature nature.com/articles/d4158…

Looking for a #research assistant position? Have experience in #histology? Our team & Mohit Shivdasani have a joint position at UNSW #BME working on tissue interactions with new biomaterials & medical devices 👇👇👇 UNSW Tyree IHealthE ASBTE @MatrixBioANZ jobs.unsw.edu.au/job-search

Great opportunity!

On Wednesday we celebrated the 2023 Queensland Young Tall Poppy Awards 🥇 The night celebrated 13 STEM professionals with Carissa Klein announced as the Queensland Young Tall Poppy winner for 2023. In partnership with @aipolsci, the awards recognise and celebrate researchers

Qld 2023 YTP, Dr Cheng Zhang's research focuses on the development of adv polymerization, purification and characterization techniques to prepare well-defined functional polymers with precisely-tailored properties for important applications from PFAS remediation, energy materials

youtube.com/watch?v=3VJ1GK… 👇👇👇👇

Advancing PFAS Sorbent Design: Mechanisms, Challenges, and Perspectives A perspective from Cheng Zhang et al UQ News 🔓 Open access in ACS Materials Au 👉 go.acs.org/6Rz

A great collaboration outcome with Ruirui Qiao and Xiangke Li on the application of fluoropolymer surfactants in microfludics.

Our latest article published with NatRevMaterials summarizes the key aspects of fluorine in advanced battery design, highlighting significant challenges and opportunities of fluoridated compounds under current #PFAS regulation. AIBN Research Nature Portfolio nature.com/articles/s4157…

Tailored Fluorosurfactants through Controlled/Living Radical Polymerization for Highly Stable Microfluidic Droplet Generation (Ruirui Qiao and co-workers) Xiangke Sean (Shiyang) Tang Cheng Zhang Ruirui Qiao AIBN Research UQ News #openaccess onlinelibrary.wiley.com/doi/10.1002/an…

Fluorinating #battery components can improve the energy density, safety & cycling stability of rechargeable batteries. This new Review by Cheng Zhang Cheng Zhang and colleagues AIBN Research examines the use of fluorine in 🔋 design: go.nature.com/480LnTV

Happy to see my first-author paper out on accelerated discovery of block copolymers! journals.aps.org/prmaterials/ab…

Further excel your research career and open up new outreach opportunities...become a Young Tall Poppy science award winner and join over 1000 Young Tall Poppy alumni! Nominations open later this week (22nd Feb) aips.net.au/2024-young-tal… #ytp24 #tallpoppy #scienceawards

Meet Prof. Cheng Zhang UQ News, a 2023 ACS Materials Au Rising Star. Check out Cheng's work here 🔓 👉 go.acs.org/88g

We are now live! The 2024 Young Tall Poppy science awards are now open for nominations/applications (for two months only!!). aips.net.au/2024-young-tal… #ytp24 #tallpoppy #scienceawards

🧪Cheng Zhang and his AIBN Research colleagues Xiao Tan and Zicheng Su are fresh from their CSIRO ON Prime mentorship as the BlueWave Solutions team, receiving support from a range of mentors and advisors as they chart a path towards translation

🧪 🌊 The world is waking up to #PFAS chemicals and the threat they pose to human and environmental health. Join a team that is tackling ‘forever chemicals’ with groundbreaking new technology - polymer chemist Cheng ZHANG is looking for PhD candidates to join his lab

A project at AIBN Research has developed a filter to remove harmful PFAS ‘forever chemicals’ from contaminated water. And Cheng Zhang is testing the material in renewable batteries. Read more: brnw.ch/21wMjG5

Excited to share our new study on a novel sorbent for selective, efficient PFAS removal! From tough landfill leachate to clean drinking water, it tackles it all. Check it out and share! Nature Communications AIBN Research #PFAS #WaterTreatment #Innovation nature.com/articles/s4146…