Rapid and efficient detection of acetone gas at room temperature is of great importance for
non-invasive screening of diseases as well as environmental and industrial safety. In this …

Flexible photodetectors based on transition metal dichalcogenides are gaining significant
prominence due to their remarkable optical and electronic properties. This study presents an …

Milk is a complex fluid and an essential food item with many vital nutrients such as protein,
vitamins, minerals, and fats. It is consumed daily in every household among all age groups …

The widespread use of lead (Pb)-based materials in solar cells poses serious environmental
and health risks, particularly through lead contamination. These hazards make the …

Perovskite solar cells (PSCs) are famous for their potential to produce efficient, flexible, and
low-cost solar energy. This study explores the possibility of eco-friendly, lead-free, inorganic …

This study explores the performance of molybdenum diselenide (MoSe 2) based
photodetectors for wearable technology, point-of-care diagnostics, and environmental …

This work illustrates a high-performance Urea sensor using Cys-GO (L-Cysteine
functionalized GO) as a sensing material. The device is fabricated using the standard …

Quantum dots (QDs) possess characteristic chemical and optical features. In this light, ZnS
QDs capped with glutathione (GSH) were synthesized via an easy aqueous co-precipitation …

Carbon nanotubes (CNTs) signify an important group of nanoscale materials having
interesting electrochemical, mechanical, and biosensing compatibility in addition to simple …

Global demand for milk is increasing with population growth, but industry ethics are a
concern due to profitdriven practices. In this work, a surface-active electrode composite was …