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Organic photovoltaic cells rely upon molecular interfaces to separate charge. Efficient charge separation depends on molecular structure and electronic band
Electronic structure information obtained with photoemission-based measurements provides a keystone in understanding emerging quantum materials, and the unique
The aim of this project is to develop robust, quantitative measurement methods utilizing transmission electron microscopy methods for complex, nanostructured
The charge-transfer (CT) state arising as a hybrid electronic state at the interface between charge donor and charge acceptor molecular units is important to a
Sebastian Engmann, Emily Bittle, Lee J. Richter, Rawad Hallani, John Anthony, David J. Gundlach
Magneto electroluminescence (MEL) is emerging as a powerful tool for the study of spin dynamics in emitting devices. The shape of the MEL response is typically
Michela Prete, Elisa Ogliani, Mikkel Bregnhøj, Subham Dastidar, Jonas Lissau, Horst-Günter Rubahn, Sebastian Engmann, Anne Ladegaard Skov, Michael Brook, Peter Ogilby, Adam Printz, Vida Turkovic, Morten Madsen
Photochemical and mechanical stability are critical factors in the production and application of organic solar cells. While these factors can individually be
Emily Bittle, Sebastian Engmann, Karl Thorley, John Anthony
Dynamics of triplet and singlet exciton populations in organic semiconductors offer interesting possibilities in improving optical device efficiency, while also