Faul Research Group
@FaulResearch
Followers
686
Following
187
Media
235
Statuses
594
Functional and electroactive materials research within the University of Bristol. Twitter page managed by group members. Personal: @Charl_FJ_Faul
Bristol, UK
Joined April 2018
Sharing our review of conjugated microporous polymers (CMPs) for hydrogen storage applications. CMPs offer high specific surface area, large micropore volume, modifiable structures, and elevated enthalpy of adsorption. @BristolChem
0
0
2
Here we report on a one-pot scalable synthesis method using autoclaves to produce conjugated microporous polymers (CMPs) with enhanced surface area and exceptional adsorption capabilities for CO₂ and heavy metal ions.
pubs.rsc.org
Conjugated microporous polymers (CMPs) are porous polymers that exhibit desirable functionality for a wide range of adsorption applications. Here, we report a one-step scalable approach that exploits...
0
1
4
See https://t.co/L8m3MD7QzM for more details, and the full ad here:
findaphd.com
PhD Project - Smart Functional Materials for Assisted Living at University of Bristol, listed on FindAPhD.com
0
0
0
We are seeking a motivated PhD student to join our group, working on the synthesis and application of smart functional materials for mobility assistance and digital healthcare technologies. This funded 3.5-year PhD position is available for students worldwide. More info below!
1
2
12
See https://t.co/L8m3MD7QzM for further details, and the full add here:
0
0
0
A new research associate position with fixed funding for 3 years is available within the Faul Research Group, as part of the new £14 million EPSRC-funded project “The VIVO Hub for Enhanced Independent Living”. Closing date 25/02/2025! Please RT! https://t.co/xztjrkhWKp
faulresearchgroup.com
A new research associate position with fixed funding for three years is available within the Faul Research Group, as part of the new £14 million EPSRC-funded project “The VIVO Hub for Enhanced Ind…
1
1
3
Collaborative work between Ulia (@BristolChem) & Ozlem (@Gazi_Universite) on "Electrorheological Fluids Based on Porous Carboxyl-Functionalized Polytriphenylamines" now available via @ACSPublications. https://t.co/Tm26AvLubI
pubs.acs.org
Electrorheological fluids (ER) make up a class of smart materials that are distinguished by their capacity to alter their rheological characteristics in a controlled and reversible manner in response...
0
1
6
Maxi’s work on a series of dopamine-based polymers and introduced as non-cytotoxic, single-component bio-adhesives that outperform commercial options features on the front cover of Macromol. Rapid Commun. See article 2400345 ( https://t.co/MfQbNstcW8) for more details.
0
0
3
Our new manuscript Triphenylamine-Based Conjugated Microporous Polymers as the Next Generation Organic Cathode Materials is now available online in @wileyinresearch's Advanced Materials Early View. https://t.co/piL3SUfe5x
advanced.onlinelibrary.wiley.com
A novel porous polymer based on triphenylamine (LPCMP) is demonstrated as an exceptional cathode for lithium-ion batteries. This study highlights improvements in intrinsic conductivity, practical...
0
2
22
A huge congratulations to Dr Safa Al Siyabi for successfully passing her PhD viva! With thanks to @AnnaGSlater of the University of Liverpool and @sebrochat of the University of Bristol for their expertise and time during the viva proceedings.
0
1
5
Excellent achievement by Dr Fang and thanks to all examiners involved.
Very proud of @XueFang_Chem, co-supervised by @Charl_FJ_Faul, who passed her PhD viva today @BristolChem. Thank you to @Buttsresearchgp and @a_logsdail for examining and @FaulResearch for letting us celebrate in their office space.
0
0
10
Proud to share our paper by Worth et al. that explores the use of polytriphenylamine-based conjugated microporous polymers for advanced hydrogen storage applications in a thorough and detailed study. With thanks to @wileyinresearch for publishing in Small.
onlinelibrary.wiley.com
Polytriphenylamine (PTPA) conjugated microporous polymers (CMPs) are synthesized for hydrogen (H2) storage, achieving specific surface areas over 1150 m2 g−1 and micropore volume of 0.47 cm3 g−1. H2...
0
3
15
New paper in @ChemistrySelect from @BristolChem: “Towards Implantable Artificial Muscles: Epoxy-Based Bilayer Thermal Actuators". Key points include safe, low-voltage operation at physiological temps aimed at improving life for the aging population.
chemistry-europe.onlinelibrary.wiley.com
The development of soft, biocompatible actuators is crucial in soft robotics. Various shape-memory and thermal actuators are being explored, especially those operating at biocompatible temperatures...
0
1
9
Congratulations to Dr Maximilian Hagemann who passed his PhD viva this afternoon. With thanks to Prof Stephen Mann of @BristolChem and Prof Olli Ikkala of @AaltoUniversity for their expertise in the examination process. Photo below beautifully self-assembled in height order.
0
0
10
Prof. Olli Ikkala from Aalto University's Dept. of Applied Physics develops functional materials through hierarchical self-assemblies and biomimetics. He now visits the Faul Group. Here he is giving a lecture on life-inspired soft matter dynamics and functionalities today.
0
0
12
Prof Faul was recently invited to spend some time at @Tsinghua_Uni Xuetang International Chemistry Summer School. Charl spent 6 years here as adjunct professor (2013–2019). Group member Jerry Mintah joins along on his first trip to China!
0
0
7
Many thanks to @AnnaGSlater, @MikePrice42, @drananymishra and Prof. Kaner of @uclachem for their engaging talks at the 2024 Timms Lecture this week here at @BristolUni/@BristolChem.
0
3
18
Our cover feature with @ACS_AMI/@ACSPublications! Here, we describe a porous organic polymer (POP) made of interconnected, protonated polyaryl amines. This material rapidly removes carcinogenic Cr₂O₇²⁻ with high capacity, selectivity and reusability. https://t.co/amcqmUPHnP
0
2
16
Finalised paper now available:
onlinelibrary.wiley.com
In this study, a series of carefully designed polymers, utilizing dopamine as a hydrogen-bonding self-assembling unit, are synthesized. It is found that these motifs act as extremely effective...
Pleased to have our highly detailed, open access study on "High-performance dopamine-based supramolecular bio-adhesives" published in Macromol. Rapid Commun. from @Wiley_Chemistry, @AdvSciNews. Authors from within @BristolUni and beyond!
0
0
5