Researchers develop a chip-based optical device that captures and manipulates biological cells for disease research.

Designed for smart cities, critical infrastructure, and transportation hubs, this cutting-edge system brings real-time object ...

The chip, featuring both chemitransistors and memtransistors, demonstrates potential for precise chemical classification.

Lawrence Livermore Lab develops a silicone-based 3D-printed solutions for electrostatic discharge protection in electronic ...

Kigen’s recent expansion in India, especially its GSMA SAS-UP certification, is a major step toward accelerating local ...

The device uses skin-stimulation technology to provide feedback, helping with navigation, balance, and assisting those with ...

A research team led by Chalmers University of Technology (Chalmers), Sweden has pioneered a method for creating ...

The method scales up wafer size and improves reproducibility, marking a significant step forward in semiconductor development ...

Researchers from China have developed breath-based nanosensors to detect lung cancer by identifying subtle chemical changes.

The AI based sensor developed by Penn State University which can instantly detect food freshness and safety with over 95% ...

The 60 kW 3-phase interleaved LLC DC-DC converter doubles power output, optimizing operations in demanding applications like ...

A capacitorless solid-state filter developed by Purdue University for DC-AC converters offers greater efficiency and ...