McCalla Lab
@MccallaLab
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Laboratory for Accelerated Design of Advanced #Battery Materials š@McGillChemistry
MontrƩal, QuƩbec
Joined October 2021
RT @RSC_Energy: Issue 2 of EES Batteries is now published online and open access! Have a read through the issue here: .
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You can learn more about this paper from Eric here:
Donāt miss the EES Batteries study by Maxime Blangero, Eric McCalla and colleagues on the impact of metal doping in cathodes using high-throughput experiments and machine learning. Read their work for free: @mcgillu
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RT @RSC_Energy: Donāt miss the EES Batteries study by Maxime Blangero, Eric McCalla and colleagues on the impact of metal doping in cathodeā¦.
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Eric discute du potentiel desĀ piles Ć base de sodium avec Patrick de Bellefeuille de MĆ©tĆ©oMĆ©dia.
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Read my latest @JMaterChem C publication here now! My labs first study into semiconducting delafossites.
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In a recent perspective published in @JPhysChem, Eric presents the varied benefits of doping with over 60 different elements into battery materials. The outlook for braving the elements in this way is bright, particularly when coupled to machine-learning.
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RT @NatureEnergyJnl: Electrodes with 100% active materials Ā¦ Eric McCalla discusses a new study on a sulfide-based cathode material for a rā¦.
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RT @Bin_Ouyang_CMS: Submissions for the MRS Spring 2025 Symposium open Tuesday, Sept. 17! Join us in Seattle next April for exciting talksā¦.
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Our first semiconductor paper is now published in @JMaterChem C!š Together with Prof. Kirk Bevan, we explored the tunability of transport properties in semi-exfoliated AgxCoO2āĪ“ (0.4 < x < 1) crystals. Great job Marc and team!.
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RT @ChemMater: This work screened the effect of 52 different elements onĀ Titanium Niobate to enhance its performance as high-power Li-ion aā¦.
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RT @CanLightSource: Lithium is used widely in batteries, but it's a finite resource. Now a team from @mcgillu @McGillChemistry has come upā¦.
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Our recent Sodium cathode paper is now out! š In this study, we systematically explored the benefits of Ni substitution in NaāFeāMnāO Cathodes. Great job @MarziehAH and team!.
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We are super proud of Shipeng Jia for winning a 2024 ECS Canada Section Student Award! Way to go Shipeng!.
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RT @CanLightSource: New paper: Improving Li-Ion Anodes with Systematic Elemental Doping in Titanium Niobate .#batteries .@McGillChemistry @ā¦.
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RT @ChemEurope: Pick of the Week, out #OpenAccess in @ChemElectroChem by @MauzerollGroup & @McCallaLab + friends:. "Overcoming Challenges iā¦.
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Excited to share our recent Na-ion cathode paper, with proof that we have indeed heard about this machine-learning fad!.
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What is holding up the ārust-saltā battery? In a recent review in Energy & Environmental Science,Ā we explore with our industrial partner @UmicoreGroup how air/moisture instability is preventing wide use of Mn,Fe-based layered oxides as Na-ion cathodes.
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RT @ChemistryViews: High-Throughput Electrochemistry for Reaction Optimization: A āhome-madeā reactor capable of running up to 24 individuaā¦.
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What? The McCalla lab does organic electrosynthesis? Only with great collaborators @MauzerollGroup, khaliullin and Canesi groups. Way to go @ant_juno and team!.
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Very excited to announce our latest work on garnet solid electrolytes published in Advanced Energy Materials. We demonstrate the consequence of doping on structure and show the wide tunability of numerous intrinsic properties needed for viable batteries.
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