There has been immense advancement in laser-based projection imaging, fluorescence
microscopy, single-molecule localization nanoscopy, and digital holography. These …

This chapter describes the most common setups that scientists use for generating light
stimulation, from lab-made approaches to commercially available technologies. The studied …

Laser‐driven projector puts forward urgent demand for light‐conversion materials to achieve
high‐quality image display. Herein, a composite structure phosphor‐in‐glass film (PiGF) is …

Images recorded by coherent imaging systems, including laser-based photography, digital
holography (DH), and digital holographic microscopy (DHM), are severely distorted by …

The understanding and predictive modeling of explosive blasts require advanced
experimental diagnostics that can provide information on local state variables with high …

Fast speckle suppression is crucial for time-resolved full-field imaging with laser illumination.
Here, we introduce a method to accelerate the spatial decoherence of laser emission …

Spatial coherence quantifies spatial field correlations and is one of the fundamental
properties of light. Here we investigate the spatial coherence of highly multimode lasers in …

The artefact known as speckle can plague numerous imaging applications where the narrow
linewidth of laser light is required, which includes laser projection and medical imaging …

Speckles in images formed by a laser beam are interference noise arising due to coherent
nature of laser radiation. As the number of projection systems using laser light sources …

Many correlations exist between spectral reflectance or transmission with various
phenotypic responses from plants. Of interest to us are metabolic characteristics, namely …