Rain Mariano

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[Rain Mariano @rain__mariano]

@Patrick_Unwin Congratulations Pat!!

[Rain Mariano @rain__mariano]

@DincaGroupMIT @Jules_Oppenheim An actual legend!!

[Rain Mariano @rain__mariano]

@PAKempler @Joule_CP Awesome process Paul!!

[Rain Mariano @rain__mariano]

@Patrick_Unwin @UoMPhysics @UoMGraphene @OluwasegunWahab @uniofwarwick This is stunning work. Congrats @OluwasegunWahab @Patrick_Unwin and team!!

[Rain Mariano @rain__mariano]

@Patrick_Unwin @OluwasegunWahab @baker_grp @ProfJulieVMac Congrats Segun!!

[Mircea Dincă @DincaGroup]

We are close now @transaera. A real-life MOF-based AC unit that will be 50% more energy efficient! https://t.co/Q3jq01ASBZ

[Hang Ren @HangRen_]

Our latest paper on the breakdown of passive film on Ni is published in @NanoLetters. Congratulations to the team! The research is supported by @DARPA Stochastic Local Breakdown of Oxide Film on Ni from Identical-Location Imaging: One Single Site at a Time https://t.co/fy7HXaC8lG

[Rain Mariano @rain__mariano]

@HangRen_ @NanoLetters @DARPA Beautiful, congratulations Hang!

[ACS Central Science @ACSCentSci]

Improving multiscale O2 transport revealed 3 orders of magnitude higher intrinsic O2 electroreduction activity in a 2D conductive MOF.

NEW #ASAP by Mircea Dincǎ, @Patrick_Unwin, & team @ChemistryMIT @warwickchem 

Read here: https://t.co/Afp1oaxyT6

[Jihye Park @JPdaCheerleader]

Happy to share our highlight piece of exciting work from @DincaGroupMIT @Patrick_Unwin in @ACSCentSci showing the importance of O2 mass transport in ORR with conducting MOFs!
The TOC was from me, inspired by Sonic the Hedgehog...yup😅
https://t.co/kzzlaET6mH

[Rain Mariano @rain__mariano]

@JPdaCheerleader @DincaGroupMIT @Patrick_Unwin @ACSCentSci Wonderful profile, thank you very much @JPdaCheerleader!

[Pat Unwin @Patrick_Unwin]

A real pleasure for @OluwasegunWahab and me to be involved in this collaboration with @rain__mariano, @DincaGroupMIT & team. As well as significance to MOFs, a nice example of importance of multiscale electrochemistry and mass transport to understand electrocatalysis generally.

[Rain Mariano @rain__mariano]

@HangRen_ Thank you very much Hang!

[Rain Mariano @rain__mariano]

Porous and conductive MOFs can deliver very high current densities for O2 electroreduction if one enforces rapid mass transport. Grateful to an incredible team spanning 8 timezones @OluwasegunWahab @JoshRabinowitz3 @Jules_Oppenheim @TianyangChen7 @Patrick_Unwin @DincaGroupMIT

[Mircea Dincă @DincaGroup]

MOFs are way more active electrocatalysts than previously suspected! Amazing work @rain__mariano, and collaborators @Patrick_Unwin https://t.co/U9Se9uzDrv this is likely general for MOFs and not just this one example! @TianyangChen7 @Jules_Oppenheim

[Yogi Surendranath @yogi_chem]

Even molecule-like active sites can take advantage of #BandMediated reaction mechanisms - Congrats to Will Howland for this comprehensive study and @Stahl_Lab for this fruitful collaboration!

[Pat Unwin @Patrick_Unwin]

Great work from @OluwasegunWahab, @MinkyungKang87 & @Warwick_Echem team. Screening surface structure-CO2 electroreduction activity at copper electrocatalysts using co-located #SECCM & #EBSD @ACSCatalysis #OpenAccess
https://t.co/3OXxrKcjXu

[Pat Unwin @Patrick_Unwin]

We are looking to recruit an electrochemist interested in applying cutting edge echem techniques to synthetic processes. Collaboration between @Warwick_Echem & @PWilsonTeam and wider interactions with colleagues in @warwickchem, @ChemistryUoN & Lubrizol.

https://t.co/ufEHTFw0rb

[Rain Mariano @rain__mariano]

@bsnyderchem @UofIllinois @ChemistryUIUC Congratulations Ben, that's amazing!!

[bsky.app/profile/interphases.org @surendranathlab]

"Hey, it looks like water is on backorder. Can you try doing the reaction without it?"

"..."

https://t.co/OZlwG9YVla

[Tianyang Chen @TianyangChen7]

I'm really excited to share my recent work on electrically conductive MOFs and CCPs (https://t.co/7qbDfL6rMJ). We (@DincaGroupMIT ) have previously shown that isostructural compositional tuning can modulate the conductivity of 2D MOFs, and now we've demonstrated the opposite!