In the study, synthesized Fe 3+ doped yttrium oxide nanophosphors (Y 2 O 3: Fe NPs, 1–11
mol%), including structural, microstructural, chemical state, optical, thermal, and …

This research presents an eco-friendly synthesis method for producing zinc aluminate
nanopowders (ZnAl 2 O 4 NPs) doped with varying concentrations of Fe 3+(0.25–5 mol%) …

Poroscopy is the study of sweat pores present on the papillary ridges of the skin. This review
paper aims to examine existing literature on poroscopy so that its relevance as a tool in …

In this study, we synthesized facile green-emitting Sr 2 MgSi 2 O 7: Tb 3+(1–11 mol%)
nanophosphors (SMSO: Tb 3+ NPs) using a solid-state reaction method. Characterization …

We developed a method to produce red fluorescent carbon dots from Parthenium
hysterophorus leaves (PCDs) through hydrothermal carbonization. These PCDs exhibit …

This research introduces a novel method that leverages Spirulina extract (SE) as a bio-
surfactant in the ultrasound-assisted synthesis (UAS) of Pd 3+(0.25–10 mol%) doped tin …

In today's digital art applications, users can play virtual musical instruments or paint on
virtual canvas using multi-touch input. Existing touch input devices, however, do not …

For molecular and cellular labeling, imaging, sensing, and medical diagnostics, there is a
need of excellent luminescent semiconducting materials. Among the various reported …

Background Personal identification using partial fingerprints poses a major challenge in
forensic investigations. In light of such restrictions, sweat pore characteristics have shown to …

The sweat pores on the epidermal ridges of fingertips are unique and they are employed in
personal identification. This study aimed to observe and analyse the pores within the left …