Cs Corrected Bright Field Imaging of Radiation Sensitive Materials

Atomic-resolution Imaging Using Cs-corrected Vortex Beams

Phase gratings have been shown to produce electron beams with orbital angular momentum as demonstrated by numerous groups, and show promise for electron magnetic circular dichroism (EMCD) at the atomic scale [1, 2]. A linear diffraction grating will produce diffracted beams with a separation determined by the pitch or spacing between grating lines. A grating with a central line that forks into ...

FIELD - SENSITIVE MATERIALS FOR OPTICAL APPLICATIONS Sang

The purpose of inve fundamental materi field-controlled spe essential for industr such as: membrane windows for sensor spectroscopes, cam flat-panel displays, on the quantum-dot sensitive Stark and excitonic state of or optical adaptability tasks are the develo article and test data smart active optics functional capabilit

Hybrid bright-field and hologram imaging of cell dynamics

Volumetric observation is essential for understanding the details of complex biological phenomena. In this study, a bright-field microscope, which provides information on a specific 2D plane, and a holographic microscope, which provides information spread over 3D volumes, are integrated to acquire two complementary images simultaneously. The developed system was successfully applied to capture ...

Contrast formation mechanism of spherical aberration corrected bright- field STEM images using a middle collection angle

A high throughput, interactive imaging, bright-field wound healing assay.

The wound healing assay is a commonly used technique to measure cell motility and migration. Traditional methods of performing the wound healing assay suffer from low throughput and a lack of quantitative data analysis. We have developed a new method to perform a high-throughput wound healing assay that produces quantitative data using the LEAP™ instrument. The LEAP™ instrument is used to creat...