Another joint paper with our long-standing collaborators, the Manners Group (now at the University of Victoria). Charlie (lead author) and Liam (another former joint student) contributed to a paper on the surface patterning of uniform 2D platelet block co-micelles – published in ACS Macro Letters! We show the formation of rectangular platelets containing two block copolymers with different coronal chemistries. On addition of a solvent that is only able to solvate the corona of one block, colloidally stable micelles with patterned surfaces via coronal collapse are formed.
Well done to all involved in this productive and long-standing collaboration!
Great to have new MSc (Research) student Merve join the group from Turkey! Merve is just settling in to Bristol, and will be starting her lab work very soon, working on conjugated microporous polymers for CO2 capture and conversion!
Here they are, COVID safe, and socially distanced, on their first day in the lab with Veronica (right). Welcome! Trust that you will have a inspiring and productive year, despite things being done very differently than before!
Continuing the Faul Research Group’s long-standing collaboration with Yaozu and Wei (and Yaozu’s group at Donghua University in Shanghai), our latest paper just appeared in Chemistry of Materials! And of course great to have Arne Thomas (TU Berlin) involved in the study as well!
It was Charl’s first day back in his office since March! Although Faul group members have been back in the labs since early June (with labs currently at 50% occupancy), Charl has been working from home! His office has also been used by the group as an additional safe working space.
Was great to be back in the office today, for the whole day! And to be able to enjoy the glorious sunshine view from the 6th floor!
In a new study that just appeared online in the Journal of Materials Chemistry A, work with former group member Jie continued to explore Hansen Solubility Parameters as a tool to tune structure and function in porous materials! Congrats Jie!
Here we expand our recently reported Bristol-Xi’an Jiaotong (BXJ) approach using simple salts to fine-tune the porosity of conjugated microporous materials synthesized by various reaction approaches, including Buchwald-Hartwig (BH), Sonogashira-Hagihara, oxidative coupling and Suzuki cross-coupling.
It is with great excitement that the first team (of three) started to do lab work again today! It was a long break, but we are all very excited to go back – and grateful for the fantastic job done by the University of Bristol’s Estate Services, and Prof Paul Pringle and his safety team in the School of Chemistry, to ensure a safe return for all!
The lab was cleaned and decluttered on Friday and yesterday – it has not been this neat, tidy and clean since we moved in! A big thank you to everyone who contributed to make this new way of working (with socially distanced working, seating arrangements and one-way system, amongst many new procedures!) possible.
Charl was invited to speak at the “Frontiers in Advanced Materials” meeting organised by the Shanghai Universities League Forum (SULF) 2020. This meeting was hosted by long-standing collaborators Prof Meifang Zhu and Prof Yaozu Liao at Donghua.
Exciting morning (in the UK!) of talks by colleagues from across the globe, including good friend Arne Thomas (TU Berlin) and Jiayin Yuan (Stockholm).
We are now engaging in the process of planning a slow and safe phased return to our laboratories! A number of discussions about detailed practical considerations have already taken place – Zoom is being used very heavily!
A paper by our collaborators at the National Centre for Nanoscience and Technology in Beijing (Prof Zhixiang Wei and his group, with contributions from Charl) was just accepted. The lead author is Kamran, who visited last year and October (and still attends some group meetings and social events, virtually!)!
The paper, in the RSC’s Sustainable Energy & Fuels, discusses the use of a coaxial nanocomposite of an active anthraquinone-based Covalent Organic Framework (AQ-COF) and carbon nanotubes for Lithium Ion Battery applications. AQ-COF was grown on the surface of carbon nanotubes (AQ-COF@CNTs) through an in-situ polymerization to improve the conductivity and to facilitate the electrochemical properties. Please read here for further details! Congratulations to Kamran and the other authors!