Ukrainian fiber drone makers 3DTech explain how they developed their next-gen fiber drones and why they wind their own fiber ...

Ukraine's 63rd Mechanized Brigade shared a video showing an area of the battlefield riddled with the wires from fiber-optic ...

Fiber optic communication, in which light is used to carry the signal—rather than electric current—is a relevant option in scenarios like space communications.

Fiber-optic drones, which are connected to operators via a long, thin fiber-optic cable, can't be jammed by electronic warfare tactics designed to disrupt the signal connection the way drones that ...

The flexible optical fiber sensors, ... Macrobending structures (such as single ring, u-shape, etc.) or optical microstructures (such as micro-nano optical fiber, fiber Bragg grating, ...

Ukraine is following Russia in deploying drones using fiber-optic cables on the battlefield. Unlike radio-controlled drones, the new drones cannot be jammed and can fly through forests and between ...

This drain on bandwidth has led to a clamor of interest in 5G technology. As I often hear from curious investors at the virtual summits and conferences that have replaced the norm, “5G will be ...

Called hollow core fiber, the technology enables data to travel 50% faster than in the optical cables that are typically deployed for 5G networks, according to Lumenisity, a spin-out company from ...

As electro-optic circuits are more frequently applied in consumer, commercial, government and communications products, there is a general need for greater optical control and tighter electro-optical ...

image: Professor Kim and his researcher demonstrate recyclable nano-fiber filter for mask. view more Credit: KAIST. Wearing a face mask is a common sight in Korea during the COVID-19 outbreak.