Drone-Based IoT Platform Maps Micro-Gradients in Campus Air Quality
A new UAV-based IoT platform successfully maps micro-gradients in air quality, capturing spatial variations in ozone and nitrogen dioxide that ...
A new UAV-based IoT platform successfully maps micro-gradients in air quality, capturing spatial variations in ozone and nitrogen dioxide that ...
By employing Response Surface Methodology (RSM) with an I-optimal design, the team quantified the complex interplay between geometric parameters and ...
Researchers developed core–shell conductive elastomeric fibers that enhance elasticity and durability in fabric-based wearable strain sensors.
A new review of 57 studies argues that credible measurement, reporting and verification systems, rather than any single technology, will ...
Two commercially available aldehyde probes detect hydrazine in water at detection limits of 12 and 36 nanomolar through a condensation-driven ...
A 34 × 34 augmented vision sensor reduced perception-generated data by more than 96% while maintaining information entropy of 7.08 ...
Researchers have built a large-scale iontronic skin with more than 10,000 sensing units and a neural-hierarchical processing architecture that lets ...
Binghamton University researchers have developed a printable wallpaper containing moist-electric generators that harvest indoor humidity to produce electricity for low-power ...
A new study demonstrates that wireless tracking particles embedded in a riverbed can activate during sediment mobilization and transmit real-time ...
University of Tennessee engineers and scientists are developing DFARM, a nearly $1 million NSF-funded smart platform connecting hydroponic systems, community ...
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© 2026 Scienmag - Science Magazine