Do you have a PhD and a background in electrolysers? Then this #postdoc position in gas diffusion electrodes & electrolysers for product selective CO2 reduction is something for you. Fully funded; 2 years. jobb.uu.se/details/?posit…

MOFs with discrete redox-active sites are redox conductors! Electric conductivity will depend on the applied potential, and maximize at the redox potential of the site. Great work by Jingguo Li, Amol Kumar and @Drbenjohnsoniii OA in Nature Communications rdcu.be/dhk2B

In redox conducting MOFs, electric conductivity is a function of the redox state, and maximizes at the standard potential. JINGGUO LI @Drbenjohnsoniii Department of Chemistry - Ångström nature.com/articles/s4146…

Yes. So am I. Special thanks to Lars Öhrström Ken Inge The Ott Laboratory for the organisation and the invitation.

The @UU_University MOF symposium is in the books. Thanks to StefanKaskel AJ Morris Lab at VT Cohen Lab Lauren Macreadie S. Kitagawa Group @DincaGroupMIT and many others for fantastic talks. Now off to the #NobelSymposium

Not only beautiful colours, but also unexpected electron diffusion behaviour. Congrats to Jingguo Li JINGGUO LI and Amol Kumar. SMC Program Department of Chemistry - Ångström Funded by KAW OA in ACS Nano: pubs.acs.org/doi/epdf/10.10…

Happy to share our latest work from The Ott Laboratory out in ACS Nano. Thanks to all the co-authors for the great effort!🥳

Leveraging differing pi-systems in isoreticular Zn-pyrazolate MOF thin films for bright and fast electrochromism. The Ott Laboratory , SMC Program , Department of Chemistry - Ångström go.acs.org/6Jx

Congrats to the team. Amol Kumar JINGGUO LI in collaboration with Ken Inge

Don't miss out on this incredible opportunity! Join us for "Biology across Scales". Deadlines are approaching!! Talks submission by Jan 26, Poster Submission by Feb 9.

We're looking for a PhD student to continue the group's work on charge transport and catalysis in #mofs Please apply under: jobb.uu.se/details/?posit…

We are thrilled to share our latest research from The Ott Laboratory Department of Chemistry - Ångström out in J. Am. Chem. Soc.. Big congrats to JINGGUO LI

A very joyful project with redox-conductive MOFs, with many different colours and more importantly a good platform for mechanistic studies. Another great teamwork with The Ott Laboratory Amol Kumar and thanks to @wise_materials SMC Program Department of Chemistry - Ångström for funding our research!

Happy to be a part of this amazing project :)

If you’re interested in redox-conducting #MOFs, how to differentiate them from other MOFs, and how to think about them, then this #OA paper in Accounts of Chemical Research is for you! Big thanks to JINGGUO LI

Electron transport through redox-conducting MOFs is not all diffusion, but emerging electric fields cause migration that has been overlooked until now. It can be measured by steady-state experiments. Collaboration with Ben Johnson pubs.rsc.org/en/content/art…

Thrilled to see our work published — huge thanks to my fantastic co-authors for the great teamwork!🥳

we're looking for a new PhD student to work on the synthesis of framework materials with electrical conductivity and X-ray absorption properties. Interested? Then, apply following this link: uu.varbi.com/en/what:job/jo…

Excited to share our latest work from The Ott Laboratory Department of Chemistry - Ångström now out in J. Am. Chem. Soc. current issue, Huge thanks to all the co-authors for the great contribution and teamwork!