To overcome these limitations, the industry is increasingly adopting non-visible light perception technologies such as thermal imaging, radar, x-ray and audio. By tapping into the non-visible ...

To overcome these limitations, the industry is increasingly adopting non-visible light perception technologies such as thermal imaging, radar, x-ray and audio. By tapping into the non-visible light ...

As of 2024, India has begun establishing pilot projects, with the government offering subsidies to heavy industries such as steel, chemicals, and refineries to adopt this technology. Heavy industries ...

Philips is introducing four new lighting effects through its Hue app including an underwater option simulating the glimmer of light beneath the waves. The added effects are part of a new app ...

Gev Balyan is co-founder of Ucraft, an intuitive website-building platform and e-commerce solution for business owners and entrepreneurs. It's quite hard to predict anything nowadays, as ...

Researchers have overcome the limitations of existing metasurface technologies and successfully designed a Janus metasurface capable of perfectly controlling asymmetric light transmission.

“Currently, we are not aware of any commercial technology that reliably prevents ... The benefit of aerogels is that they’re super-light, since they’re mostly air—so they don’t limit ...

Among the many top tips from boffins for future developments in lighting technology are ever increasing eco-friendliness and greater use of natural materials, more controllable LEDs and ...

If you do plan to take this puppy into the wild, be sure to stick to light unpaved roads that can be handled by a torsion suspension. Photo: Keystone RV Company Once you finally park your unit ...

Coun. Bruce Grandy says if the City of Fredericton pays for the installation of traffic-enforcement technology like red-light cameras, it should be able to keep 100 per cent of the revenue from ...

Conventional metasurface technology had limitations in selectively controlling the three properties of light—intensity, phase, and polarization—based on the direction of incidence.