PhD Student @OttLaboratory @smc_Uppsala @uppsalauni| BS-MS graduate @iiserkol alumnus|
Uppsala, Sweden
Joined June 2017
- Tweets283
- Following236
- Followers91
- Likes231
Amol Kumar retweeted
In our latest study we investigate a series of redox-active arylene diimide-based MOFs as cathodes for Li-ion storage 🔋 Great work by @Catarina6595 and Jonathan, and great collab with @OttLaboratory and Joaquín. Out in @JMaterChem A: pubs.rsc.org/ta/article/doi/…
Amol Kumar retweeted
Redox Conductivity in Covalent Organic Frameworks dx.doi.org/10.1021/jacs.6c03…
Amol Kumar retweeted
BREAKING NEWS
The Royal Swedish Academy of Sciences has decided to award the 2025 #NobelPrize in Chemistry to Susumu Kitagawa, Richard Robson and Omar M. Yaghi “for the development of metal–organic frameworks.”
Amol Kumar retweeted
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/job…
Amol Kumar retweeted
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/arti…
Amol Kumar retweeted
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 @PHOTONS_FUEL
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Amol Kumar retweeted
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 @OttLaboratory @mol_kumar and thanks to @wise_materials @smc_uppsala @chem_angstrom for funding our research!
Latest work on redox-conductive #MOFs from the group. Congrats to @PHOTONS_FUEL and @mol_kumar @smc_uppsala @chem_angstrom
Amol Kumar retweeted
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/?position…
Amol Kumar retweeted
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.
🔬 Exciting news! 🐟Biology Across Scales Symposium - 20-22 March 2024🐟 @ IGC, Lisbon. Registration is now open! 🎉 Secure your spot and showcase your research via talks and posters. 🗓️ Register here: igc.idloom.events/biology-ac…
Amol Kumar retweeted
Leveraging differing pi-systems in isoreticular Zn-pyrazolate MOF thin films for bright and fast electrochromism. @OttLaboratory , @smc_uppsala , @chem_angstrom
go.acs.org/6Jx
Amol Kumar retweeted
Leveraging differing pi-systems in isoreticular Zn-pyrazolate MOF thin films for bright and fast electrochromism. @OttLaboratory , @smc_uppsala , @chem_angstrom
go.acs.org/6Jx
Amol Kumar retweeted
Not only beautiful colours, but also unexpected electron diffusion behaviour. Congrats to Jingguo Li @PHOTONS_FUEL and Amol Kumar. @smc_uppsala @chem_angstrom Funded by @KAWstiftelsen
OA in ACS Nano: pubs.acs.org/doi/epdf/10.102…
Electrochromism in Isoreticular Metal–Organic Framework Thin Films with Record High Coloration Efficiency dx.doi.org/10.1021/acsnano.3…
Amol Kumar retweeted
The @UU_University MOF symposium is in the books. Thanks to @kaskel @AJMorris_Lab @seth_cohen_lab @LMacreadie @KitagawaGroup @DincaGroupMIT and many others for fantastic talks. Now off to the #NobelSymposium
Amol Kumar retweeted
Yes. So am I. Special thanks to @Larsohrstrom @AKenInge @OttLaboratory for the organisation and the invitation.
Looking forward for this symposium!
Thanks for @Larsohrstrom @AKenInge @OttLaboratory for the organisation.
chalmers.se/en/current/calen…
Amol Kumar retweeted
In redox conducting MOFs, electric conductivity is a function of the redox state, and maximizes at the standard potential. @PHOTONS_FUEL @Drbenjohnsoniii @chem_angstrom
nature.com/articles/s41467-0…
Amol Kumar retweeted
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 @NatureComms
rdcu.be/dhk2B
Amol Kumar retweeted
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/?position…
Amol Kumar retweeted
Our Chemical Reviews on higher coordination sphere and system effects in MOFs is finally out. Great collaboration with @Drbenjohnsoniii @HammarstromLeif , driven home by PhD student @Nina_F_Suremann
Check it out: pubs.acs.org/doi/10.1021/acs…
Amol Kumar retweeted
Molecular Catalysis of Energy Relevance in Metal–Organic Frameworks: From Higher Coordination Sphere to System Effects dx.doi.org/10.1021/acs.chemr…
Amol Kumar retweeted
Lateral Electron and Hole Hopping between Dyes on Mesoporous ZrO2: Unexpected Influence of Solvents with a Low Dielectric Constant @tian_lab @UU_University @chem_angstrom #ElectronHole #Dyes #Mesoporous #ZrO2 #SolventEffects #LowDielectric pubs.acs.org/doi/10.1021/jac…