Workshop IKZ Guest Fellowship 2023

The Workshop will be held in English.

Venue:

Max-Born-Saal
Max-Born-Str. 2 A
12489 Berlin

You will find us in the Science and Technology Park in Berlin-Adlershof.

We can be reached by

  • S-Bahn (S45, S46, S8, S85, S9) to Berlin-Adlershof + 10 minutes walk
  • Tram (27, 63, 67) to Karl-Ziegler-Strasse
  • Bus (162, 163, 164) to Magnusstrasse + 5 minutes walk
  • Car via the A 113
  • Plane to Schönefeld Airport and from there in 10 minutes by S-Bahn.

Route planner and timetable information
https://www.bvg.de/en/connections/connection-search
BVG Fahrinfo-App: Apple App Store | Google Playstore

 

 

SCHEDULE

Monday, April 24

2:00pmWelcome note and Award ceremony to IKZ International Fellow 2023 - Prof. Nini PrydsThomas Schröder (IKZ)
2:15pm"Advances and Future Prospects in Freestanding Oxide Films"Nini Pryds (DTU)
3:05pm"Investigation of epitaxially strained and free-standing SrMoO3 thin films as transparent electrode for oxide electronics"Lambert Alff (TU Darmstadt)
3:40pm"Oxygen vacancies in free-standing oxides – implications of confinement for thermodynamics and defect distributions"Felix Gunkel (FZJ)
4:15pmCoffee Break 
4:45pm"Freestanding Complex Oxides: From Ruthenates to Nickelates"Patrick Blah (Delft University of Technology)
5:20pm„Growth of oxide thin films for freestanding ferroelectric membranes and twisted perovskites“Jeremy Maltitz (IKZ)
6:00pmGet-together and catering at IKZ lobby and terrace 

All times shown are CET (central european time)

 


 

The IKZ International Guest Fellowship aims to bring a renowned scientist to the institute for scientific exchange and to shape a new R & D direction at IKZ. In 2023, the prize will be awarded to an outstanding scientist in the emerging area of freestanding functional oxide films. The IKZ International Guest fellowship amounts to 10.000 € and will be awarded within the framework of this workshop.

Winner of the IKZ International Fellowship Award in 2023 is Prof. Dr. Nini Pryds, Head of the research section ‘Functional Oxide’ at the Department of Energy Conversion and Storage, The Technical University of Denmark (DTU). Prof. Pryds is working in the field of memristors, piezoelectricity, thermoelectricity, electrostriction and functional oxide thin films. https://orbit.dtu.dk/en/persons/nini-pryds