Hauptinhalt
Kolloquium des SFB 1083 - Wintersemester 2022/23
In Präsenz und per Videokonferenz
LINK ZUR VIDEOKONFERENZ
27.10.2022 Prof. Dr. Steven L. Tait, Indiana University Bloomington
Making, Measuring, and Modeling: How Molecular Building Block Design Can Steer Material Ordering in Dynamic Environments
17:15 Uhr, Hs C Chemie, in Kooperation mit dem FB Chemie22.11.2022 Dr. Kai Qiang Lin, Universität Regensburg
Excitonic multi-level system for quantum interference in transition metal dichalcogenide monolayers and bilayers
13:00 Uhr, Hs Renthof 730.11.2022 Prof. Dr. Stephan Reitzenstein, TU Berlin
Development and deterministic nanofabrication of single quantum dot devices for applications in photonic quantum technologies
16:15 Uhr, KlHs Renthof 507.12.2022 Prof. Dr. Gerd Bacher, Universität Duisburg-Essen
Scalable optoelectronic devices based on 2D materials
16:15 Uhr, KlHs Renthof 513.12.2022 Prof. Dr. Alexey Chernikov, Universität Dresden
Mobile excitons in inorganic and hybrid 2D materials
13:00 Uhr, Hs Renthof 712.01.2023 Prof. Dr. Torsten Fritz, Universität Jena
Aromatic Molecules Decoupled From Metals Via Modern 2D Materials Beyond Graphene
17:15 Uhr, Hs C Chemie, in Kooperation mit dem FB Chemie16.01.2023 Dr. Sonya Calnan, Helmhotz-Zentrum, Berlin
Bringing fundamental research to pre-commercial low carbon hydrogen technologies using electrochemistry
16:15 Uhr, Renthof 5, Großer Hörsaal und per Videokonferenz , gemeinsam mit dem Seminar „Physik der grünen Technologien“
Abstract:
The installation of renewable energy power plants based on solar energy and wind is constantly growing as nations try to reduce their greenhouse gas (GHG) emissions for climate neutrality by 2050. However solar and wind are variable renewable energy sources (VREs) and thus the electricity thereby generated, does not always match the demand. If the electricity from VREs is used to generate hydrogen by electrolysis especially when supply exceeds demands, significant reductions in GHG emissions are possible. For instance, the low carbon hydrogen can be used to replace fossil fuels or combined with captured carbon dioxide to produce synthetic fuels. However, several scientific questions need to be solved before large scale deployment, i.e., installations on a Terawatt scale, can be economical. In this seminar, I shall discuss some solutions investigated in my research group, such as boosting the energy conversion efficiency by (i) thermal integration between the photovoltaic modules and the electrolyser; (ii) reducing the resistive losses in the electrolyser and (iii) investigating alternative electrochemical reactions.25.01.2023 Prof. Dr. Bernhard Urbaszek, TU Darmstadt
TBA
16:15 Uhr, KlHs Renthof 509.02.2023 Dr. Cyril Poriel, CNRS, Université Rennes
Pure Hydrocarbon Hosts for High Performance Phosphorescent OLEDs
17:15 Uhr, Hs C Chemie, in Kooperation mit dem FB Chemie