EFFEKTIVA: Effizienzsteigerung und Energieeinsparung auf dem Campus - Technische Umsetzbarkeit, Verhalten und Akzeptanz
Das Projekt ist Teil der Klimaschutzstiftung Baden-Württemberg im Programm: Klimaschutz am Campus - Gebäude nachhaltig nutzen
DFG project: Switchable mesocrystals: Synthesis, properties and applicatsions
together with the AGs of Helmut Cölfen and Peter Baum
SPP2196 Projects:
We have two projects in the frame of the SPP2196 "Perovskite Semiconducturs" funded by the DFG:
- Point-Defect Design and Facet-Selective Optoelectronic Properties in Doped Perovskite Microcrystals
(collaboration Partners: Prof. Sebastian Polarz (Uni Hannover), Prof. Stefan Weber (Uni Mainz, MPI Mainz))
- Control over grain size and crystallinity: Role of trap states in perovskites
(collaboration Partners: Prof. Ullrich Steiner (Uni Fribourg, Switzerland))
These projects are continuing in the second funding phase as:
- Spatially resolved studies on addressable defects in hybrid organic-inorganic perovskite micro-crytals prepared in the gas-phase
(collaboration Partners: Prof. Sebastian Polarz (Uni Hannover), Prof. Stefan Weber (Uni Mainz, MPI Mainz))
- Control over grain size and crystallinity: Role of trap states in perovskites II (Perocryst)
(collaboration Partners: Prof. Sabine Ludwigs (Uni Stuttgart))
Participation in APERO Project: Charakterisierung von Perowskitmaterialien zur Abscheidung in einer APCVD-Anlage und Grenzflächenuntersuchungen zur Herstellung von Perowskitsolarzellen
(together with the Photovoltaic group and external partners)
BioMatS-07:
Porous supercrystals by biomimetic structure-forming from polar nanoparticles and their application in efficient solar cells (SuperSol)
Project in collaboration with the group of Prof. Polarz.
ERA Net:
Hydrogen Production Through Photovoltaic Energy
(International project with Dr. G. Mousids (National Hellenic Research Foundation, Greece)(coordinator), Prof. J. Feldmann (LMU-Munich, Germany), Prof. Y. Abid (Unviersity of Sfax, Tunisia)
You can download the flyer of the project in English and German language.
BMBF
Highly efficient printed (>17%) perovskit solar cells (MesoPIN)
(In collaboration with Dr. A. Hinsch, Insitute for solar energy systems (ISE) (coordinator), Prof. H. Hillebrecht (University of Freiburg), Prof. M. Thelakkat (University of Bayreuth), Dr. S. Meier (Opvius), Jürgen Person (Thieme))
DFG: SFB 1214
TP B1: Mesocrystals: Formation, structure and properties
DFG
Correlation of growth, structure, optical and electronic properties of novel Nb3O7(OH) and Nb2O5 nanostructures
In collaboration with Prof. Chr. Scheu, MPI-Düsseldorf.
Projects