PROJECT AREA C Material & Function

The overarching goals of project area C are the application of new N-heteropolycycles as materials in functional devices such as thin-film transistors or photodetectors and a comprehensive understanding of their (opto)electronic, polaritonic, chiro-optical and structural properties in thin films, at interfaces and in tailored 3D-structures. Crucially, the experimental studies are complemented by theoretical approaches that specifically target structure-property relationships in thin-films and devices rather than isolated molecule properties.

Table

C01	Fabrication, Characterization and Integration of Organic Thin-Film Transistors	Electronic Semiconductors, Devices and Circuits, Integrated Systems	Hagen Klauk, MPI FKF, ST
C06	Charge Transport in and Chiro-Optical Properties of Zone-Cast Chiral N-Heteropolycycles	Physical Chemistry	Jana Zaumseil, PCI, UHD
C07 ended	Bipolar Materials Based on N-Heterocycles for Novel Memory Applications	Physical Chemistry	Martijn Kemerink, IMSEAM, UHD
C08 ended	Tuning the Aggregation Behaviour of N-Hetero- polycycles	Physical Chemistry	Claudia Backes, PCI, UHD
C09	Strong Light-Matter Coupling with N-Heteropolycycles for Tunable Organic Photodetectors and Phototransistors	Physical Chemistry	Jana Zaumseil, PCI, UHD
C10 ended	Theoretical Investigation of Stability and Reactivity of the Open-Shell N-Heteropolycycles	Theoretical Chemistry	Ganna Gryn’ova, HITS, HD
C11	New Printable Materials Based on N-Heterocycles	Material Chemistry, Polymer Chemistry	Eva Blasco, IMSEAM, UHD
C12	Structure-Function Analysis Using Advanced Electron Microscopy Methods	Material Characterization, Electron Microscopy	Yolita Eggeler, LEM, KIT
C13	Mapping the Chemical Space of N-Heteropolycycles	Multiscale Materials Modelling, Virtual Design	Pascal Friederich, ITI, KIT
C14	Atomistic Investigations of the Molecular Assembly of N-Heteropolycycles	Theoretical Chemistry	Saeed Amirjalayer, IWR&PCI, UHD

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