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@Warwick_Echem
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Warwick Electrochemistry and Interfaces Group #electrochemistry
University of Warwick, UK
Joined July 2014
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 https://t.co/ctZooqbHX2 ($)
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A 3-electrochemist cell assembles for a lovely lunch at @StagOffchurch #Warwickshire. Great to get together with @Para_Bham & @ProfJulieVMac after a long absence. And very best wishes to Para!
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It is out! Our review on probing interfacial charge at surfaces! Brill work from @Giada_Cng and @gozdetezcan94 with @Patrick_Unwin and @chrikranz ! a @breakbiofilms colab between @Warwick_Echem and @uni_ulm check it out
annualreviews.org
Surface charge density and distribution play an important role in almost all interfacial processes, influencing, for example, adsorption, colloidal stability, functional material activity, electroc...
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This is a great News and Views on a great paper! Well worth your attention.
A pleasure to write a @NatureChemistry #NewsViews with @OluwasegunWahab on @DKBediako and team's fabulous work on electron transfer kinetics at twisted bilayer graphene https://t.co/LrqWMqfPEl
https://t.co/Klzjci2ofE Read-online version here
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A pleasure to write a @NatureChemistry #NewsViews with @OluwasegunWahab on @DKBediako and team's fabulous work on electron transfer kinetics at twisted bilayer graphene https://t.co/LrqWMqfPEl
https://t.co/Klzjci2ofE Read-online version here
nature.com
Nature Chemistry - The electronic structure of an electrode can affect the electron transfer rate of electrochemical processes at its surface. Now, it has been shown that varying the...
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Must read article from @Patrick_Unwin . Particularly to all echemists. A fab walk down history lane and an amazing perspective on the future of the field!
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_D on #NextGenNanoechem. Thanks to @yerga for the graphic! https://t.co/KlHhe7l6uS
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How do nanoscale electrochemical measurements relate to macroscopic CV measurements? @OluwasegunWahab, @MinkyungKang87, @Gabrielnegrao_ & #EnricoDaviddi of @Warwick_Echem reveal nanoelectrochemistry at indium tin oxide (ITO) electrodes. Just out @an_chem
https://t.co/0uLCfUfzUv
pubs.acs.org
Indium tin oxide (ITO) is a popular electrode choice, with diverse applications in (photo)electrocatalysis, organic photovoltaics, spectroelectrochemistry and sensing, and as a support for cell...
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A must read piece by the brilliant @Patrick_Unwin on the past and future of nano electrochemistry @SENTINEL_ITN
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_D on #NextGenNanoechem. Thanks to @yerga for the graphic! https://t.co/KlHhe7l6uS
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👀Check out the Concluding Remarks paper from the recent Next Generation #nanoelectrochemistry Discussion, by @Patrick_Unwin! A really great record of Pat's fantastic lecture! 🔥
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_D on #NextGenNanoechem. Thanks to @yerga for the graphic! https://t.co/KlHhe7l6uS
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A fun and thought provoking #FaradayDiscussion talk from the @Patrick_Unwin now available in text format. Looking forward to reading it with the group and all the discussions it will ignite.
Concluding remarks: next generation nanoelectrochemistry – next generation nanoelectrochemists https://t.co/9E38ijaRU5
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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_D on #NextGenNanoechem. Thanks to @yerga for the graphic! https://t.co/KlHhe7l6uS
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Resolving the (110) surface chemistry of diamond using theory and experiment!
My first first-author paper, out in @CommsMaterials! Very happy and proud to see this published, many thanks to everyone involved, including my collaborators @WarwickXPS, @a_logsdail, @ProfJulieVMac, @compsurfchem group members and my supervisor @reinimau
https://t.co/1SLtPIs9Zv
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Detection & analysis of ion transport and electro-osmosis in nanopipettes. Fabulous work from @electro_mcp, #PeterBrown & @Gabrielnegrao_ . Thanks to @EPSRC @Realworldxstals for funding. https://t.co/7bILV0MKfJ
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Our collaborative paper with @Patrick_Unwin and @reinimau combing experiments, theory, and simulation to understand electron transfer kinetics is out. See also the accompanying Behind the Paper post:
Electrochemical rate theory in synergy with experiments reveals the adiabatic nature of electron transfer on graphene functionalized copper electrodes https://t.co/3Jo1YCLtFS
#compchem #SECCM #electrochem @markomela @CompCatJYU @reinimau @Patrick_Unwin @warwickchem
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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!
Fabulous collaboration bringing together theory, simulations and experiments. Great #SECCM experimental work from #DangingLiu & colleagues in @Warwick_Echem, #NeilWilson's team in @WarwickPhysics - and a wonderful experience for us to work with @markomela & @reinimau and teams.
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The authors go behind the paper clarifying the adiabatic nature of electron transfer on graphene functionalized copper electrodes https://t.co/pQQhmKD3xV
#compchem #SECCM #electrochem @markomela @CompCatJYU @reinimau @Patrick_Unwin @warwickchem
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This project was hard, but a lot of fun! Really happy to have been able to work electrochemistry superstarts @Patrick_Unwin @markomela. also with support from @CShy97
#UKRIFLF #compchem @EPSRC
Electrochemical rate theory in synergy with experiments reveals the adiabatic nature of electron transfer on graphene functionalized copper electrodes https://t.co/3Jo1YCLtFS
#compchem #SECCM #electrochem @markomela @CompCatJYU @reinimau @Patrick_Unwin @warwickchem
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Electrochemical rate theory in synergy with experiments reveals the adiabatic nature of electron transfer on graphene functionalized copper electrodes https://t.co/3Jo1YCLtFS
#compchem #SECCM #electrochem @markomela @CompCatJYU @reinimau @Patrick_Unwin @warwickchem
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Fabulous collaboration bringing together theory, simulations and experiments. Great #SECCM experimental work from #DangingLiu & colleagues in @Warwick_Echem, #NeilWilson's team in @WarwickPhysics - and a wonderful experience for us to work with @markomela & @reinimau and teams.
Electrochemical rate theory in synergy with experiments reveals the adiabatic nature of electron transfer on graphene functionalized copper electrodes https://t.co/3Jo1YCLtFS
#compchem #SECCM #electrochem @markomela @CompCatJYU @reinimau @Patrick_Unwin @warwickchem
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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
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