Excited to see our latest paper hit @J_A_C_S ! A powerhouse collaboration with the @ArmesGroup, @julnicolas and @SurreyPolymers where we pushed the boundaries designing degradable polymeric vesicles by rROPISA. https://t.co/at4czITPsQ
🥳 Very excited to share our collaborative article w/ @ArmesGroup just out in @J_A_C_S on degradable vinyl copolymer vesicles made by rROPISA
Amazing work led by @Georgiou_PG@Nealsome and all the coworkers!
https://t.co/G18UxLeicA
Check out our new paper in Macromolecular Rapid Communications @Wiley_Chemistry on the facile formation of single-chain nanoparticles with tunable aspect ratio. Happy new year!
https://t.co/FcrbiGZLgT
With free to access until 30 October, read some of the great recent articles from a few of our European-based authors, including work from our Board Members!
https://t.co/ePmcnxbofC
https://t.co/OxAv39Eyag
https://t.co/yCgT3s7fhv
https://t.co/OAGPAZC5Ed
https://t.co/Nzw6is8cYm
Hey Chem twitter! How many brother-brother chemistry collaborations have been published?! This is the first one we're aware of! Check out the Tom/Ed Neal tranesterification extravaganza below in @PolymChem ! @Nealsome#RealTimeChem https://t.co/e53pgqfDO3
Check out our latest work in @PolymChem@RoySocChem on solution-state polyethylene modification using peroxides! Massive congrats to Utku and Tom from our group on this fantastic work: https://t.co/dVMEHLj631
Our first work on worm ionogels has been accepted for publication in @ChemicalScience! Congratulations and thank you to @GeorgiaLucyMai1 for her hard work to get us to this stage! @AstonEPS@AstonPress
You can read the #openaccess article here: https://t.co/IcvHGbNyMA
For those of you still around on this platform, we (@ArmesGroup) have just published our work in @ChemMater on the adsorption of block copolymer nanoparticles onto polymer brushes via dynamic covalent chemistry for surface friction modification. Link: https://t.co/IeBkTi2AVM
Many congrats 👏🏼 to first-year PhD student Hubert @hubert_buksa on his first scientific paper.
This Macromolecules study reports a new reverse sequence PISA formulation, which Hubert developed during his Masters project.
Well done Hubert!
A new 3 year postdoc position is available within the Armes group involving the design of synthetic mimics for cosmic dust particles. It is supported by the Leverhulme Trust. Please retweet!
https://t.co/X0AxFA9xjH
Read this #OpenAccess article
'Reverse sequence polymerization-induced self-assembly in aqueous media: a counter-intuitive approach to sterically-stabilized diblock copolymer nano-objects' led by Thomas J. Neal, Steven P. Armes @ArmesGroup and team
https://t.co/ALAET2ietX
Congrats to Dr Csilla Gyorgy for her new Angewandte paper - https://t.co/ZjytpENxv0 The enhanced adsorption of nanoparticles from mineral oil onto stainless steel leads to a significant friction reduction during tribology experiments. Our long-term partnership with @LubrizolCorp
Congrats 👏🏼 to former postdocs Dr. Tom Neal @Nealsome Dr. Nick Penfold @Nick_Penfold for their new paper on reverse sequence PISA now online at Angewandte Chemie @angew_chem. Check out this counter-intuitive formulation at https://t.co/Wg6ICzfmfc