Temperature serves as a critical parameter. This study introduces a z-cut lithium niobate (z-
LiNbO3) optical temperature sensor, substantiated through experimental demonstrations …

Advancements in materials and technologies have enabled thin-film electronics to be
directly developed on previously unsuitable substrates. This paper explores the fabrication …

To realize a green Internet of Things (IoT) sensor network, batteryless wireless sensor nodes
(WSNs) are required. This self-sustainability is achieved via energy harvesting from …

The management of electronics waste and the development of sustainable end-of-life
strategies are key aspects of the green evolution of the electronics industry. To address this …

This work reports on the potential of using stone-based substrates including marble, brick,
stone paper, and Limex paper for the fabrication of thin-film sensors, in particular …

This study explores eco-friendly alternatives to flexible plastic substrates aiming to mitigate
the environmental impact of electronics. Thin-film temperature sensors were fabricated on …

Electronics is moving away from a one-solution-fits-all approach based on traditional
semiconductor technologies. This is because an ecosystem for biocompatible, large-area …