Endoscopies are crucial for detecting and diagnosing diseases in gastroenterology,
pulmonology, urology, and other fields. To accurately diagnose diseases, sample biopsies …

Quantitative oblique back-illumination microscopy (qOBM) is an emerging label-free optical
imaging technology that enables 3D, tomographic quantitative phase imaging (QPI) with epi …

Angle-resolved low-coherence interferometry (a/LCI) is an optical technique that enables
depth-specific measurements of nuclear morphology, with applications to detecting …

Minimally invasive endoscopy offers a high potential for biomedical imaging applications.
However, conventional fiberoptic endoscopes require lens systems which are not suitable …

Fabrication and characterization of flexible optical fiber bundles (FBs) with in-house
synthesized high-index and low-index thermally matched glasses are presented. The FBs …

Imaging through optical fibres has recently emerged as a promising method of micro-scale
optical imaging within a hair-thin form factor. This has significant applications in endoscopy …

In recent years, significant work has been devoted to the use of angle‐resolved elastic
scattering for the extraction of nuclear morphology in tissue. By treating the nucleus as a Mie …

In this paper, we present a method for micro-endoscopic topography measurement utilizing
two-wavelength holography. Initially, we evaluate the inter-core dispersion and cross-talk of …

High-density coherent fiber bundles, mainly used for high-resolution fiberscopes, consist of
non-circular cores and have various optical noises such as auto-fluorescence, crosstalk, and …

Endoscopic angle-resolved light scattering methods have been developed for early cancer
detection but they typically require multi-element coherent fiber optic bundles to recover …