
Dr Claire McMullin
@clairemcmullin
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Computational Inorganic Chemist, Senior Lecturer (University of Bath), RSC IRMG Young Investigator 2020
Bath, UK
Joined December 2009
Check out the bang on 💻 numbers in the latest addition to our series of group 1 redox reactions! Thanks to @Morales_Chem for hitting the ground running since joining the team!.
Happy to see the latest Hill/@clairemcmullin paper out in @ChemEurJ . In this contribution, we've found you can interconvert group 1 alumanyls by redox reactions with elemental alkali metals (no beryllium needed this time ;)). Check it out!.
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Looking forward to celebrating Chris, his research and his teaching.
We are organising a free one-day symposium in memory of Chris Adams, here in Bristol Chemistry on 27th June 2025, from 10 am. Details, programme and registration form here: Please register by the end of this week if you plan to come for dinner.
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RT @erli_lu: Congratualtions to Xiao Yang, Matthew Lowe (both Year-2 PhD) and @DavisonNathan_ for this nice paper….
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RT @HicksChem: Room temperature, selective C-H activation of arenes with aluminium in seconds!. All you need is an even more reactive alumi….
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RT @NatalieFey_NLS: A new opportunity to come and work with us @BristolChem: - note it's a fixed-term post.
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Now it’s @kylegpearce’s turn to talk! 🧪 giving us a whistle stop tour of his Ca and Zn results #Dalton2025 #maingroup #inorganic #sblock
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Mike Hill gearing up to deliver a fantastic Lappert lecture at Dalton 2025 on molecular redox reactivity of s-block elements 🧪. #dalton2025 #lappertlecture #sblock #chemistry #inorganic #maingroup
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New paper from @Coles_lab, a very funky Sn4 species 🧪💻.
Reaction of a Potassium Aluminyl with Sn[N(SiMe3)2]2 - Isolation of a Stable, Trimetallic Sn(I) Radical Anion (@Evansinorganic, N. Cox, C. L. McMullin @clairemcmullin, R. Fulton, M. P. Coles @Coles_lab and co-workers) #openaccess 🔓
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Welcome @Morales_Chem! Welcome to @bathchem 🥳.
First week at @UniofBath as a #PDRA in @clairemcmullin group in collaboration with Hill’s Group! Focused on the computational study of redox-active heterobimetallic complexes & their reactivity towards bond activation. Stay tuned! #CompChem #MainGroup
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Obligatory table shot from the “Hillson” Xmas Lunch 🎄🎅🏼🤶🏼🥂. Thanks so much for organising @kylegpearce, Amber and @JC_Goodall !
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RT @ChemEurJ: Frustrated Lewis Pairs from Al-E{14} Bonds (E{14}=Ge, Sn, Pb) (@EvansInorganic, Claire L. McMullin @clairemcmullin, J. Robin….
chemistry-europe.onlinelibrary.wiley.com
A new class of frustrated Lewis pair (FLP) with Al and E{14} (E{14}=Ge, Sn, Pb) centres is described. Analysis of unsupported Al−E{14} bonds show a Lewis basic (LB) Al and a Lewis acidic (LA) E{14},...
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🚌🚌🧪.
2 for 2: second paper out in @ChemEurJ today also on group 2/14 heterobimetallics, in the synthesis of Ae/Sn(II) bridging hydrides!. Another great effort between @Jones_Research and the Hill group, with @clairemcmullin on comp. @BathChem @ChemistryMonash .
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Had a fab day visiting @BristolChem and catching up with lots of old faces and friends (I count my own face as one of the old ones!). And I got to talk about some of the amazing chemistry coming out of @BathChem. Was great to see you @NatalieFey_NLS @AdrianMulholla1 and others!.
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New work with @Coles_lab online at @ChemEurJ : Frustrated Lewis Pairs from Al–E{14} Bonds (E{14} = Ge, Sn, Pb) 🧪💻.
chemistry-europe.onlinelibrary.wiley.com
A new class of frustrated Lewis pair (FLP) with Al and E{14} (E{14}=Ge, Sn, Pb) centres is described. Analysis of unsupported Al−E{14} bonds show a Lewis basic (LB) Al and a Lewis acidic (LA) E{14},...
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One week left to apply for an inorganic computational 💻 PDRA at @BathChem (with me)!.
New Computational Chemistry PDRA post available working with the Hill group (ends 09/2026) #chemjobsuk #compchem apply by 11/11 🧪💻 ED12140 Research Associate (fixed-term) - Jobs at Bath - Check it out now! 👀.
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🔥.
More from our most read summer articles, from Michael Hill, @ClaireMcMullin, @Murcoswift, @KyleGPearce and @SamENeale at @BathChem. 'Pathway to a molecular calcium methyl' 🔥. #OpenAccess 🔓 .
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