Nanoelectrochemistry

Tracking and sharing HOTSPOTS of nanoelectrochemistry

[Nanoelectrochemistry @Kiko_luck]

Note: this account owner is now leaving the lab to work. Nanopore Weekly Meeting information will be posted by @YTLong_Chem on X since 2024/08/15.

[Nanoscale Electrochemistry and Imaging Papers @NanoECimaging]

Recent Developments in Single-Entity Electrochemistry https://t.co/qdl9E4xq3d

[Nanoelectrochemistry @Kiko_luck]

Rest in peace Professor Bard.

[Jeffrey E. Dick @Jeffrey_E_Dick]

We have lost a scientific giant, Prof. Allen J. Bard. Thank you, Al, for everything you taught us. You will be greatly missed. Rest in peace.

[Shenglin Cai @ShenglinC]

Our new paper on “Selective Single-Molecule Nanopore Detection of mpox A29 Protein Directly in Biofluids” is online now @NanoLetters Another great collaboration with @EdelResearch @IvanovGroup @renren905520 Huge thanks for all other collaborators!

https://t.co/6BD0btOQjp

[Edel Group @EdelResearch]

Our latest paper by @renren905520 and @ShenglinC et al. in @NatureComms

Multiplexed detection of viral antigen and RNA using nanopore sensing and encoded molecular probes

another great collaboration with @IvanovGroup and Prof Korchev and more...

https://t.co/4vG5b5CFBZ

[Nanoscale Electrochemistry and Imaging Papers @NanoECimaging]

Correlative co-located electrochemical multi-microscopy https://t.co/XanKcd5Amw

[Frederic Kanoufi @FKanoufi]

Metal Core‐Shell Nanoparticle Supercrystals: from Photo‐Activation of Hydrogen Evolution to Photo‐Corrosion - Advanced Materials https://t.co/L9oVHH9mdD
by Lemineur JF @ITODYS_lab @univ_paris_cite in collaboration with Alexa Courty group @Sorbonne_Univ_

[Pat Unwin @Patrick_Unwin]

Very enjoyable collaboration with Marcelo Lozado-Hidalgo, Andre Geim @UoMPhysics, @UoMGraphene & team. Brilliant experimental work and analysis by @OluwasegunWahab & Enrico Daviddi @uniofwarwick State of the art electronics from Alex Colburn #OpenAccess https://t.co/F5u8M1QVcR

[ACS Analytical Chemistry Journals @an_chem]

Can Single Cell #Respiration be Measured by Scanning Electrochemical Microscopy (#SECM)?

By Orkun Soyer, Patrick Unwin et al @uniofwarwick @Patrick_Unwin 

🔓 Open access in ACS Measurement Science Au 👉 https://t.co/iLGt397V15

[Kaikai Chen @chen_kaikai]

An update: I have joined University of Chinese Academy of Sciences as a PI. There will be more work on nanopores and DNA nanotechnology, but I am also excited to expand my research in biophysics and nanotechnology.
Two posdtoc positisons are available:
https://t.co/oHZTjPAqtr

[Zhaoyu Jin @zyjin_9082]

I am pleased to share a recent perspective authored by myself, which was published in Analytical Chemistry @an_chem.

High-Spatiotemporal-Resolution Electrochemical Measurements of Electrocatalytic Reactivity https://t.co/xNC3w9oo0h

[Nanoelectrochemistry @Kiko_luck]

How can we measure and understand confined-interfacial phenomena on the microscopic level?

[The Journal of Physical Chemistry @JPhysChem]

Theoretical understanding of mass transport and electron transfer at the electrochemical-confined interface. A perspective on single entity electrochemistry from Yi-Tao Long @YTLong_Chem and collaborators.
https://t.co/W2qBNkQ01I

[Pat Unwin @Patrick_Unwin]

A fun collaboration across 4 institutions - @warwickchem, @livunieng, @RoyceInstitute, @FaradayInst, who supported the work along with @EPSRC & @MSCActions #SECCM combined with FIB-STEM to reveal electrode structure changes underpinning electrochemistry at silicon

[Nanoelectrochemistry @Kiko_luck]

@PurdueChemistry @DickLab_Purdue @AmerChemSociety Big congratulations, well deserved!!! @Jeffrey_E_Dick

[Nanoelectrochemistry @Kiko_luck]

Fabulous work!!! Congrats Jeffrey and team!

[Jeffrey E. Dick @Jeffrey_E_Dick]

Check out our newest paper, where we detail a phenomenon we call fluxification: a robust, simple, and generalizable method to make emulsions via interfacial solute flux through a liquid|liquid interface. https://t.co/VNFqzpZEp2

[Nanoelectrochemistry @Kiko_luck]

@YTLong_Chem @WanunuLab @Ding_Lab @MarioTagliazuc1 @yilun_ying Find out more on https://t.co/5di6xKTIaZ

[McKelveyLab @MckelveyLab]

New paper, pseudocapacitance on 0.3 um^2 regions of monolayer MXene. Results not as expected, charging beyond the electrochemical contact area. Great work Marc, perfect collaboration @ColavitaGroup @NicolosiGroup groups #SECCM #nanoelectrochem

https://t.co/OEyLfrLxQ6

[Pat Unwin @Patrick_Unwin]

#Multiscale #SECCM used to track electrochemical response of #LMO - from individual particles to ensembles, with control of the degree of electrolyte wetting. Experimental data explained with multiphysics modelling. #OpenAccess in ⁦@ACSSustainable⁩ https://t.co/D8YpAbvhMr

[Nanoelectrochemistry @Kiko_luck]

@Patrick_Unwin @ebtetteh @dvalavan @xu_xiangdong @MSCActions @FaradayInst Very fabulous work! congrats Pat and team!