This study presents a novel approach to fabricating interdigitated capacitive (IDC) touch
sensors using graphite-based pencils on a wood substrate. The sensors were designed to …

Advancements in technology are creating demands for flexibility and bio-degradability.
Herein we present a very economical and easily fabricated wearable strain sensor. The …

Owing to the continual and rapid advancement in technology, there has been a significant
surge in electronic waste (e-waste) in recent decades, resulting in a harmful impact on our …

Nowadays, textile-based sensors are of great interest because of the significance of
intelligent and smart textiles in wearable applications because of textiles' washability …

Pencil-on-paper electronics has gained growing interests as cost-effective, ecofriendly,
flexible, and light-weight devices for various applications. In this letter, a flexible keypad …

Plastic-based Human-Machine Interfaces (HMIs) offer convenience and affordability, but
they often lack the customization options needed to cater to diverse user needs. In contrast …

In the era of wireless technology, the demand for cost-effective and versatile solutions has
grown exponentially. This study presents a design for a wireless mouse pad that leverages …

The demand of flexible sensor for humidity and respiration monitoring is increasing day by
day because of its low-cost and portability. Herein, we presented a facile fabricated, ultra …