Abstract
Due to its interferometric nature, digital holographic microscopy (DHM) provides access to the complex wavefront and holds the capability of imaging simultaneously amplitude and quantitative phase. Thus, DHM is an attractive research tool in many fields of biological research and an interesting alternative to classical fluorescence microscopy. For such intensitybased microscopy, however super-resolution methods are available. Consequently, we propose a method to improve the resolution of coherent microscopy systems, too.
Type
Publication
In Focus on Microscopy, 2010, Shanghai
M. Fatih Toy
Associate Professor of Electrical and Electronics Engineering
My research interests include digital holography, quantitative phase imaging, optical diffraction tomography and optical superresolution.