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Kirsch, P.; Ruhl, A.; Tornow, M.; Bora, A.
Electronic switching element

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Kirsch, P.; Resch, S.; Seim, H.; Tornow, M.; Kamiyama, T.; Roeschenthaler, G.-V.; Pajkert, R.; Merck Performance Materials GmbH
Method for producing an electronic component which includes a self-assembled monolayer

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Kirsch, P.; Ruhl, A.; Tornow, M.; Bora, A.; Merck Patent GmbH
Electronic switching element

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Reiser, D.
Einfluss des Elektrodenmaterials auf Titandioxid basierte Valence Change Memristoren – Teil II
EMTF Vortrag
München, Germany, 2021-04
2021

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Reiser, D.
Einfluss des Elektrodenmaterials auf Titandioxid basierte Valence Change Memristoren – Teil I
EMTF Vortrag
München, Germany, 2021-04
2021

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Fereiro, J.
A glimpse at future bioelectronics: Proteins as part of solid-state electronic components
Indian Institute of Science Education and Research
Bhopal (IISER-Bhopal), Madhya Pradesh, India (via ZOOM) 07.07. 2021-07
2021

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Fereiro, J.
The dependence of charge transport on the orientation of the proteins in a solid-state configuration
Indian Institute of Science Education and Research
Pune (IISER-Pune), Pune 25.05. 2021-05
2021

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Tornow, M.
Quantencomputer: Engineering-Herausforderungen
Fraunhofer Solution Days, Fraunhofer Gesellschaft (online), 2021-07
2021

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Tornow, M.
Nanoscale Self-assembly and Electrical Function
Kolloquium, Christian-Albrechts-Universität zu Kiel, Technische Fakultät (online), 28.1. 2021-01
2021

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Chryssikos, D.; Dlugosch, J.M.; Fereiro, J.A.; Kamiyama, T.; Sheves, M.; Cahen, D.; Tornow, M.
Electronic Transport through organophosphonate-grafted bacteriorhodopsin films on titanium nitride
IEEE 21st International Conference on Nanotechnology (NANO). 389-392
Montreal, QC, Canada 28-30 July 2021-07
IEEE Digital Explorer
2021