The whole Venton group watched Patrick Unwin's concluding talk today for #FDelectrochem for group meeting. It was an amazing mix of history and the future and I learned so much. This is an advantage of an online conference I must admit and a great opportunity to learn electrochem

Detection & analysis of ion transport and electro-osmosis in nanopipettes. Fabulous work from Ian McPherson, #PeterBrown & Gabriel Negrão . Thanks to Engineering and Physical Sciences Research Council Crystallisation in the Real World for funding. pubs.acs.org/doi/10.1021/ac…

Electrochemical rate theory in synergy with experiments reveals the adiabatic nature of electron transfer on graphene functionalized copper electrodes go.nature.com/3ExgoAh #compchem #SECCM #electrochem Marko Melander CompCatJYU Reinhard Maurer Pat Unwin Warwick Chemistry

Fabulous collaboration bringing together theory, simulations and experiments. Great #SECCM experimental work from #DangingLiu & colleagues in WEIG, #NeilWilson's team in Warwick Physics - and a wonderful experience for us to work with Marko Melander & Reinhard Maurer and teams.

Our collaborative paper with Pat Unwin and Reinhard Maurer combing experiments, theory, and simulation to understand electron transfer kinetics is out. See also the accompanying Behind the Paper post: go.nature.com/3Dg8Hgo

This project was hard, but a lot of fun! Really happy to have been able to work electrochemistry superstarts Pat Unwin Marko Melander. also with support from Shay Chaudhuri #UKRIFLF #compchem Engineering and Physical Sciences Research Council

Fresh out of the press! #DangingLiu amazing collaborative work! Happy have given a very (can’t emphasize the “very” enough) small contribution to support this beautiful work. Congratulations to all teams and brilliant people involved!

The authors go behind the paper clarifying the adiabatic nature of electron transfer on graphene functionalized copper electrodes go.nature.com/31FYJYA #compchem #SECCM #electrochem Marko Melander CompCatJYU Reinhard Maurer Pat Unwin Warwick Chemistry

Resolving the (110) surface chemistry of diamond using theory and experiment!

A fun and thought provoking #FaradayDiscussion talk from the Pat Unwin now available in text format. Looking forward to reading it with the group and all the discussions it will ignite.

What will nanoelectrochemists be doing in the future? My thoughts on how #nanoelectrochemistry developed historically and where it will go next, reflecting on papers presented at the Faraday Discussions on #NextGenNanoechem. Thanks to Daniel Martín Yerga for the graphic! pubs.rsc.org/en/content/art…

A must read piece by the brilliant Pat Unwin on the past and future of nano electrochemistry SENTINEL

👀Check out the Concluding Remarks paper from the recent Next Generation #nanoelectrochemistry Discussion, by Pat Unwin! A really great record of Pat's fantastic lecture! 🔥

Must read article from Pat Unwin . Particularly to all echemists. A fab walk down history lane and an amazing perspective on the future of the field!

A pleasure to write a Nature Chemistry #NewsViews with Oluwasegun Wahab on Kwabena Bediako and team's fabulous work on electron transfer kinetics at twisted bilayer graphene nature.com/articles/s4155… nature.com/articles/s4155… Read-online version here rdcu.be/cIvGB

How do nanoscale electrochemical measurements relate to macroscopic CV measurements? Oluwasegun Wahab, MinkyungKang, Gabriel Negrão & #EnricoDaviddi of WEIG reveal nanoelectrochemistry at indium tin oxide (ITO) electrodes. Just out ACS Analytical Chemistry Journals pubs.acs.org/doi/10.1021/ac…

This is a great News and Views on a great paper! Well worth your attention.

It is out! Our review on probing interfacial charge at surfaces! Brill work from Giada Cng and Gözde Tezcan with Pat Unwin and Christine Kranz ! a BREAKBIOFILMS_ITN colab between WEIG and Universität Ulm check it out annualreviews.org/doi/abs/10.114…

A 3-electrochemist cell assembles for a lovely lunch at The Stag @ Offchurch #Warwickshire. Great to get together with @Para_Bham & Julie Macpherson after a long absence. And very best wishes to Para!

News & Views from our March issue: It has been shown that varying the ‘twist’ angle between two stacked layers of graphene modifies the bilayer electronic structure and provides a new dimension to control interfacial redox activity nature.com/articles/s4155… ($)