To probe biological questions with significant biophysical, biochemical, and molecular
components, an imaging solution compatible with both endogenous and molecular 3D …

We describe a method of optical refocusing for high numerical aperture (NA) systems that is
particularly relevant for confocal and multiphoton microscopy. This method avoids the …

Resolution, high signal intensity and elevated signal to noise ratio (SNR) are key issues for
biologists who aim at studying the localisation of biological structures at the cellular and …

We demonstrate highly parallelized fluorescence scanning microscopy using a refractive
microlens array. Fluorescent beads and rat femur tissue are imaged over a 5.5 mm x 5.5 mm …

We developed an off-axis quantitative phase microscopy that works for a light source with an
extremely short spatial coherence length in order to reduce the diffraction noise and …

We describe a novel confocal microscope that uses separate low-numerical-aperture
objectives with the illumination and collection axes crossed at angle θ from the midline. This …

Scattering media, such as diffused glass and biological tissue, are usually treated as
obstacles in imaging. To cope with the random phase introduced by a turbid medium, most …

We demonstrate lensless quantitative phase microscopy and diffraction tomography based
on a compact on-chip platform, using only a CMOS image sensor and a programmable color …

In this paper we analyze the capability of adaptive lenses to replace mechanical axial
scanning in confocal microscopy. The adaptive approach promises to achieve high scan …

We tested the most complete optical model available for computational optical-sectioning
microscopy and obtained four main results. First, we observed good agreement between …