@GuangmeimeiY developed a method to assess the conductivity and stability of supports for acidic oxygen evolution catalysed by IrOx while in operation. @CoatingsSolar
@Silvia__Favero (with @titiricigroup and me) has written a thought provoking perspective on coupling glycerol oxidation and nitrate reduction at scale in photoelectrochemical cells https://t.co/Yug5KQr5GU @Interfacial_EC
Yesterday our 3 talented UROP students, Aishah, Izmal and Niall from
@ImpMaterials & @ImperialChemEng delivered such polished and informative presentations to us @Interfacial_EC on the exciting research they have been conducting over the summer
(ii) we need more people! Our journey towards a more sustainable future - where electrochemistry will play a critical role - is contingent on bringing all hands to the deck.
(i) it symbolises our fight for a fairer society where everyone is free to be themselves, including all LGBTQIA people and regardless of gender, sexuality, race, religion, physical ability and neurodiversity.
Truly overjoyed that I have been awarded the Geoffrey Barker Medal by the @RoySocChem. https://t.co/ch5niZ1j6Q @ImpMaterials So much to celebrate at @Interfacial_EC this year!
Here we quantify the energetics and kinetics of O2 evolution on iridium oxide using spectroelectrochemistry+DFT+SIMS. Amorphous and crystalline IrOx have similar rates, but different energetics, leading to modified🌋. So🤪 to see it out @NatureCatalysis!!! https://t.co/2hk14UZTqx
Ollie got the audience in awe at the atom-resolved reconstructions of electrochemical interfaces he maps via cryogenic atom probe tomography! @mprnano, @Lzoka, @bat__go