Szkoła doktorska Politechniki Warszawskiej

The research is carried out in three overlapping areas - development of novel optical methods and systems  for  2D and 3D investigations of biological and technical microstructures,  development of optical data processing methods (including   AI) and their applications for  solving biomedical problems at cellular and tissue level.  The first of the above covers the issues of design, building and metrological characterization of quantitative phase imaging systems based on digital holography, optical diffraction tomography and optical coherence tomography. The second one covers the development and research of new algorithms for analysis of multimodal data delivered by the a.m systems, while   the third one focus on solutions for a variety of biomedical applications related to investigations of cell cultures and tissues. 

• Słowa kluczowe: Neuronal microscopy | Full-field optical measurement methods | Biomedical applications at cellular level | Optical coherence tomography | Digital holography | Optical diffraction tomography | Quantitative phase imaging | Optics | Photonics |