
Keith McKenna
@mmmgroupyork
The McKenna Materials Modelling group at the University of York.
ID: 955071986576822272
http://www-users.york.ac.uk/~km816/index.html 21-01-2018 13:38:00
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📢Faraday Institution CATMAT-Faraday Institution Cathodes Project funded postdoc position available - on modelling of lithium battery cathode materials in my group at Oxford Materials. *Please retweet* Thanks. Details & online application: bit.ly/3URukOy #RealTimeChem #chempostdoc Chemjobber



Deadline for PhD on materials modelling for next generation PV extended to 31 May. In the words of NOFX 'The alternative is one, Final source of energy, Solar electricity'. Join us SusMatZero CDT University of York. findaphd.com/phds/project/c…

PLEASE RETWEET: I have a 4-year PhD studentship available UoBChemistry on using #compchem to find new wide band gap oxides for optoelectronic applications. Want to increase efficiency in solar cells and power electronics, then this is for you! tinyurl.com/3nrb5tka


A fully funded PhD studentship is available within the York CDT in Sustainable Materials for Net Zero to work on the discovery of new sustainable permanent magnets using predictive materials modelling. Deadline 03/01/24. UoY School of Physics, Engineering and Technology SusMatZero CDT t.ly/rYk9K



A remarkably coherent and electronically benign interface between FAPbI3 and a 3R polytype of PbI2 is identified in this nice collaboration with the groups of Michael Johnston, Laura Herz and Peter Nellist Mathias Uller Rothmann Oxford Materials t.ly/yshxh


In this collaboration with David Tilley and Wooseok Yang, led by Pardis Adams, we investigated chemical modification of Sb2Se3 for improved performance of water splitting photocathodes doi.org/10.1002/adfm.2…


In this review we highlight how electron microscopy and first principles modelling are powerful complementary tools for understanding properties of grain boundaries in polycrystalline energy materials. Thanks to all co-authors! James Quirk Mathias Uller Rothmann doi.org/10.1063/5.0175…

In this work from Budhika Mendis, Keith McKenna, SuperSTEM Daresbury, Ro “Con” Anderson, @DuroseKen, and team, experiment and theory suggest that Sb2Se3 is intrinsically tolerant to defects at grain boundaries, a key requirement for highly efficient thin-film photovoltaics go.aps.org/3Uzj0Z3

Next wednesday afternoon (13/03) we have a Thomas Young Centre seminar here UCL by Keith McKenna (Keith McKenna) from York on understanding extended defects in energy materials through first-principles calculations and electron microscopy. thomasyoungcentre.org/event/tyc-semi…


A fully funded PhD studentship is available within the York CDT in Sustainable Materials for Net Zero to work on the discovery of new sustainable permanent magnets using predictive materials modelling. Deadline 30/06/24. UoY School of Physics, Engineering and Technology SusMatZero CDT findaphd.com/phds/project/d…

A review of complementary first principles materials modeling and electron microscopy approaches for investigating the structure and properties of grain boundaries in polycrystalline energy materials. Keith McKenna UoY School of Physics, Engineering and Technology Newcastle Chemistry Renew PV Network aippub.org/3UnrosW

Thrilled to see our #photovoltaics roadmap now published in JPhys Energy! Fantastic collaborative effort among >80 people, primarily from the UK PV community. Well done to the many people involved! iopscience.iop.org/article/10.108…
