Three-dimensional (3D) optical microscopy based on integral imaging techniques is limited mainly by diffraction effects and the pitch of the microlens array used to sample the specimen. We integrate nanotechnology to the integral imaging technique and demonstrate a nanophotonic 3D microscope, where a nanophotonic lens array is used to finely sample the specimen. The resolution limitation due to diffraction is reduced by capturing images before the diffraction effects predominate and hence overcomes the bottleneck of achieving high resolution in an integral imaging 3D microscope
Data and analysis software related to the publication "Three-Dimensional Femtosecond Snapshots of Is...
The conventional optical microscope is an inherently two-dimensional (2D) imaging tool. The objectiv...
Imaging is a critical tool used across a broad range of applications in science, technology, medicin...
We present computational reconstruction of 3D images from a micron-sized object using a nanophotonic...
We present computational reconstruction of 3D images from a micron-sized object using a nanophotonic...
Optical microscopy has seen a myriad of advancements over the past four centuries with the developme...
Understanding cellular organization demands the best possible spatial resolution in all three dimens...
This manuscript presents the study of the lateral super-resolution techniques in optical nanoscopy, ...
Recent developments in far-field fluorescent microscopy have enabled nanoscale imaging of biological...
Hennig S, van de Linde S, Heilemann M, Sauer M. Quantum Dot Triexciton Imaging with Three-Dimensiona...
The stimulated emission depletion microscopy (STED) is a super-resolution technique that enables to ...
(Figure Presented) Zooming in: Ultrahigh-resolution microscopy is developing rapidly by different ap...
This study describes a simple technique that improves a recently developed 3D sub-diffraction imagin...
This dissertation presents techniques of three-dimensional microscopy. First, an economical method o...
We describe a method for tracking the position of small features in three dimensions from images rec...
Data and analysis software related to the publication "Three-Dimensional Femtosecond Snapshots of Is...
The conventional optical microscope is an inherently two-dimensional (2D) imaging tool. The objectiv...
Imaging is a critical tool used across a broad range of applications in science, technology, medicin...
We present computational reconstruction of 3D images from a micron-sized object using a nanophotonic...
We present computational reconstruction of 3D images from a micron-sized object using a nanophotonic...
Optical microscopy has seen a myriad of advancements over the past four centuries with the developme...
Understanding cellular organization demands the best possible spatial resolution in all three dimens...
This manuscript presents the study of the lateral super-resolution techniques in optical nanoscopy, ...
Recent developments in far-field fluorescent microscopy have enabled nanoscale imaging of biological...
Hennig S, van de Linde S, Heilemann M, Sauer M. Quantum Dot Triexciton Imaging with Three-Dimensiona...
The stimulated emission depletion microscopy (STED) is a super-resolution technique that enables to ...
(Figure Presented) Zooming in: Ultrahigh-resolution microscopy is developing rapidly by different ap...
This study describes a simple technique that improves a recently developed 3D sub-diffraction imagin...
This dissertation presents techniques of three-dimensional microscopy. First, an economical method o...
We describe a method for tracking the position of small features in three dimensions from images rec...
Data and analysis software related to the publication "Three-Dimensional Femtosecond Snapshots of Is...
The conventional optical microscope is an inherently two-dimensional (2D) imaging tool. The objectiv...
Imaging is a critical tool used across a broad range of applications in science, technology, medicin...