Latest collaborative work is out! Congrats to the great team over at @NU_Huppsters and thanks for involving me.
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RT @J_A_C_S
Access to Framework-Stabilized & Fully Sulfided Analogue of Anderson Polyoxometalates that is Catalytically Competent for Reduction Reactions @NU_Huppsters
@NUChemistry @NorthwesternU @CHNSci #MOFs #Catalysis #Synthesis #AndersonPolyoxometalate #Reduction https://pubs.acs.org/doi/10.1021/jacs.2c12992#.ZBvrBPxC3hA.…
https://twitter.com/J_A_C_S/status/1638783262754750464

RED NET.
Let's just start here with a picture of what I do... I look for new ways to assemble building blocks, and then I make porous materials (3D molecules let's say) with the same topology... They can store or separate other molecules, and much more.
Read more: https://t.co/xTuBUvEd66
#MOFs #chemistry #MOFstodon #scivi

Here we are, preparing for the potential doom of twitter. Anyway, here's my #introduction.

I'm a #chemist at Swansea University looking at #MOFs and other #porousmaterials for #CCSU. For my PhD I looked at both Zr-Phosphonate MOFs and phosphonate linker synthesis, as well as the crystallisation kinetics of Ce-MOFs.

Beyond academia, I'm often found out on the paddleboard, playing the guitar, reading, or (most importantly) spending quality time with my son. Tea is my fuel. Fan of the pub.

#Introductions continued - #chemistry #MOFs

@MOFsoton
Ok, I'm now following both #MOFs and #MOFiverse - I hope people use the latter 😆