This design balances adaptability and functionality, making it suitable for a wide range of automotive headlight applications.

Researchers have developed a thermal switch using cerium oxide, offering improved efficiency and sustainability.

A new approach uses sensors, AI, and ecological modelling to reduce animal-vehicle collisions, improving safety and reducing ...

With good sensitivity, selectivity, and stability, this technology addresses long-standing challenges in air quality monitoring, industrial safety, and environmental protection—promising a safer, ...

The product offers a safe, indoor UVB dose to boost Vitamin D, support health, and improve well-being, especially during ...

This sound alternator is designed to simulate the effects of a police siren, combining sound and light to create a dynamic ...

What if your tires could warn you before trouble strikes? Discover how smart systems protect drivers by detecting pressure ...

What if you could uncover hidden details in your inspections? See how a 4K digital microscope transforms precision and ...

Machine learning method developed by IISc and UCL researchers uses transfer learning to predict material properties, paving the way for advanced semiconductors and energy storage solutions. Workflow ...

Trivandrum-based sparXcharge reduces EV users’ wait times at traditional charging stations and streamlines charging ...

BatteryOK Technologies, an Ahmedabad-based startup, transforms battery diagnostics in the electric vehicle (EV) industry with ...

Here is what sets them apart: TMR sensors deliver lower power consumption, superior thermal stability, enhanced resolution, and exceptional sensitivity—key advantages for industries such as industrial ...