SKM 2023 – wissenschaftliches Programm

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KFM: Fachverband Kristalline Festkörper und deren Mikrostruktur

KFM 4: Focus: Domains and Domainwalls in (Multi)Ferroic II

Dienstag, 28. März 2023, 09:00–13:10, POT 51

Chair: Prof. Dr. Lukas Eng (TU Dresden)

	09:00	KFM 4.1	Hauptvortrag: Towards spatially resolved measurements of thermal transport and electrocaloric effects at the nanoscale in ferroelectric materials — Rebecca Kelly, Olivia Baxter, Fran Kurnia, Amit Kumar, Marty Gregg, and •Raymond McQuaid
	09:30	KFM 4.2	Real time polarization monitoring during growth for the design of artificial layered ferroelectrics — •Ipek Efe, Elzbieta Gradauskaite, Alexander Vogel, Marta D. Rossell, Manfred Fiebig, and Morgan Trassin
	09:50	KFM 4.3	3D mapping of grain boundary chemistry in ferroelectrics — •Kasper Hunnestad, Jan Schultheiss, Anders Mathisen, Constantinos Hatzoglou, Antonius Helvoort, and Dennis Meier
	10:10		15 min. break
	10:25	KFM 4.4	Impact of defect dipoles on ferroelectric domain-walls motion — •Sheng-Han Teng, Aris Dimou, and Anna Grünebohm
	10:45	KFM 4.5	Revealing hidden ferroelectric domain walls in sub-surface regions and their electronic properties via non-destructive conductance mapping — •Jiali He, Manuel Zahn, Leonie Richarz, Ursula Ludacka, Erik D. Roede, Zewu Yan, Edith Bourret, István Kézsmárki, and Dennis Meier
	11:05	KFM 4.6	Electronic transport at pristine neutral ferroelectric domain walls in lead titanate — •Sabine Körbel and Christophe Adessi
	11:25		15 min. break
	11:40	KFM 4.7	Ferrielectric phase boundaries in antiferroelectric lead zirconate — •Gustau Catalan, Krystian Roleder, and Ying Liu
	12:10	KFM 4.8	Field Effect Transistor employing the static negative capacitance of a ferroelectric nano-domain nucleus — •Pavel Mokry, Vit Kosina, and Tomas Sluka
	12:30	KFM 4.9	Novel functionalities at twin domain crossings — •Kumara Cordero-Edwards, Philippe Tückmantel, Iaroslav Gaponenko, Sahar Saremi, Lane Martin, and Patrycja Paruch
	12:50	KFM 4.10	Three-dimensional imaging of ferroelectric domains using digital holographic tomography — •Pavel Mokry, Marek Mach, Pavel Psota, and Karel Zidek