Functional Nanomaterials

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Current calls for applications at the ‘Functional Nanomaterials’ group. [Last updated: 06/09/2021]

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The BEGMAT project receives funding from the @EU_H2020 Programme for Research and Innovation and the German Research Foundation @dfg_public. #ERCfunded

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Michael J. Bojdys @mjbojdys·

Neue Produktionsmethode für flexible, langlebige Anoden mit hoher Kapazität http://www.idw-online.de/-DBqVAA @HumboldtUni @HumboldtChem @IRISAdlershof

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Michael J. Bojdys @mjbojdys·

@NatSci_journal @bojdysLAB @HumboldtUni Thanks to my team @bojdysLAB and to @NatSci_journal for giving this research a home.
The underlying technology is patented @HumboldtUni and will be commercialised with the help of @INAMBerlin #AdMaLab incubator project #ElecMATs http://bojdyslab.org/elecmats/ #ERCfunded @ERC_Research

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Natural Sciences @NatSci_journal·

In the quest for robust and superior performance electrodes, Bojdys et al. introduce a scalable method resulting in a Si-based anode performing close to the limits of theoretical capacities
📢 https://doi.org/10.1002/ntls.20210105
@mjbojdys @bojdysLAB @HumboldtUni

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Michael J. Bojdys @mjbojdys·

In a nutshell - conventional electrodes vs. our polymer/Li-Si electrodes.

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Michael J. Bojdys @mjbojdys·

The critical, novelty that enables the extraordinary performance increase and durability of our anodes is a class of semi-conducting porous organic polymers that replaces all conventional additives in battery ink formulations.

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bojdysLAB in London
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Humboldt-Universität zu Berlin
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