Aside from the quantitative measurements of shape and deformation, methods for non-destructive material testing are also developed and applied.
Current Projects
- Optical Methods for Damage Assessment of Artworks
- Incoherent digital holography
- Remote Lab for Optical Metrology
- Residual stress analysis of ceramic coatings
- Determination of Material Parameters of Biological Tissue
- Messung von elastischen- und plastischen Eigenschaften an Knochen [DE]
- Model based identification of tissue properties using a multimodal and multiscale approach
- 3D single shot deformation measurements by using a remote controlled system
- Navigation during laparoscopic abdominal surgery
- Kurzkohärente digitale Holographie für mikroskopische Untersuchungen [DE]
- Looking through a diffusing medium and around a corner
Completed Projects
- Data compression for the transmission of digital holograms
- Erzeugung und Adaption dynamischer kohärenter Masken für den aktiven optischen Form- und Verformungsvergleich [DE]
- Phase retrieval by using spatially modulated illumination
- Opposed-view digital holographic microscopy
- Messung von elastischen- und plastischen Eigenschaften an Knochen
- 3D UV holographic microscope for biomedical imaging
- Gepulste digitale Holografie für Schwingungsmessungen schwer zugänglichen Oberflächen
- Kurzkohärente digitale Holographie für mikroskopische Untersuchungen
- Deep Ultraviolet Digital Holographic Microscopy
Group leader
Giancarlo Pedrini
Dr.Research Assistant