Research
At the moment we work on the following projects:
High-speed 4d measurement of thermoacoustic oscillations
In vivo brain tumor diagnostics by adaptive computational lensless fiber endoscopy
Investigation of damaged fibre-reinforced high speed rotors using in-situ
measurement systems
Needle sized lensless holographic endoscope
Minimally invasive 3D imaging using a diffuser and deep learning
Investigation of laser systems for 3D endomicroscopy using coherent fiber bundles
Measurement of Flow and Structures through an Acoustic Multimode Waveguide based on Time Reversal
Tomographic refractive index measurement using Adaptive fiber-optical cell ROTation (TAROT)
Physical Layer Security of Multimode Optical Fiber Transmission Systems
Laser based tomographic measurement of the local acoustic impedance of
overflowed liners (TOMLIM)
Ultrasound instrumentation with adaptive beam shape for investigating
turbulent liquid metal flows
Laser System for Optogenetic Stimulation for the Subcellular Investigation
of neural Networks
Monochromatic flow profile sensor with time division multiplexing and
calibration models for fluids
Aberration correction for real-time measurements in adaptive confocal microscopy
Full-field laser vibrometry for combustion diagnostics
Aberration correction for real-time measurements in adaptive confocal
microscope