Chinwe’s paper (with James, Ben and Patrice, our collaborator from Grenoble) on tuning conductivity and structure of tetra(aniline)-based triblock structures appeared online on the Journal of Materials Chemistry C’s website!
In this paper we reported on our investigations into the aggregation behaviour and optoelectronic properties of these π-conjugated rod–coil–rod triblock materials. Well done!
Charl arrived in Changchun on Wednesday afternoon, and started with a full day of lectures on Thursday, covering the topics of scientific misconduct and scientific writing in two 2h lectures! More than 300 graduate students attended the lectures, and extra chairs were brought into the lecture hall!
Here he can be seen relaxing with Prof Junqi Sun (vice-dean of the College of Chemistry, who invited Charl) and some of his research group members after his lectures.
A paper by Chinwe on the assembly and control of TANI triblock structures, and two order-of-magnitude tuning of conductivity was just accepted for publication in the Journal of Materials Chemistry C! This paper further strengthens the cooperation the FRG has with Dr Patrice Rannou (Grenoble), who is one of the co-authors. More details to follow soon, but in the meantime – well done to all involved!
There might be many more reasons to be cheerful, but we would like to mention at least two here! Charl has recently taken on more responsibility (in addition to his research activities) within the School of Chemistry. He is now “Director of Graduate Recruitment”, and in charge of all graduate recruitment (home, EU and international, both MRes and PhD) for the School of Chemistry …
On the research front, we heard yesterday that Tom’s recently published paper has now been selected by Soft Matter as one of their “Hot Papers” for August. The paper is featured on the Soft Matter blog, and is available for free download!
There are, as always, people leaving the group (Feli taking up a new job in Germany – congrats!), and new people joining! Yaozu just joined the group from China as Marie Curie fellow – welcome! More to follow soon!
A great new blog has been launched by our Drs Natalie Fey and Jenny Slaughter. The idea is that “a picture can be worth a thousand words”. In this project they have combined interesting and striking photographs of familiar objects with representations of some of the molecules they contain, which contribute to their properties and uses.
It already contains some very interesting and exciting entries on plants, so please go ahead and take a look!
Tom’s paper, a collaborative efforts between the Briscoe and Faul research groups, appeared online at Soft Matter today!
The study, entitled “Oligo(aniline) nanofilms: from molecular architecture to microstructure” demonstrates that through a simple processing route the morphology of electroactive oligomer films can be tailored by molecular design. These findings from detailed GIXS studies are important to future applications where thin film structure is a crucial consideration for device function and performance. Congrats to Tom and all other colleagues involved!
Apart from being famous for its chemistry, Bristol is also famous for Wallace and Gromit, two characters created by Aardman Animations! For a short period you will be able to find 80 Gromit’s unleashed and dotted around Bristol and surrounds, all in support of Wallace & Gromit’s Grand Appeal, the fantastic Bristol Children’s Hospital Charity. With the sun shining in Bristol (!), Carl and Zhonghua have been out hunting down Gromit statues … here a few examples!
A detailed structural study by Tom of oligo(aniline) thin films using grazing incidence X-ray scattering has been accepted for publication in Soft Matter. This was a joint effort between the Faul and Briscoe research groups and other collaborators. More details to follow!
Charl spent the morning at St Katherine’s, a local school close to Bristol, talking about chemistry, science and careers in science. It was a great opportunity to interact with and talk to a range of students (from Year 8 through to Year 12)!
Faul Research Group 