Telecommunications

An extraordinary library of original files, scripts, letters, diary entries and photographs from the early days of British television went under the hammer in London earlier this year.

The US Department of Energy (DOE) has announced and detailed a blueprint for a national quantum internet that would be super-fast and nigh on unhackable. The document describes four priority research areas, and five major milestones on the path.

After a long series of test runs and stints serving disaster-struck populations in Puerto Rico and Peru, Alphabet’s internet-beaming Project Loon balloons have taken on their first commercial task, providing thousands with connections in Kenya.

Researchers have demonstrated quantum entanglement on a small satellite orbiting Earth. The team developed a miniaturized device that produces pairs of photons that are inextricably linked, which could help launch a fast and secure quantum internet.

Radio waves travel poorly through the water, which makes it difficult for divers or submersibles to wirelessly transmit information to the surface. Scientists are trying to change that, though, by developing an underwater version of Wi-Fi.

Since many of us can no longer have face-to-face chats with family and friends, we've turned to online video meetups. Google is opening up its Meet video conferencing portal to everyone with a Google account for free.

Wi-Fi 6 is finally here. The FCC has officially adopted new rules that open up the 6 GHz band for use by regular routers and wireless devices. Basically, that means much faster Wi-Fi speeds for devices that make use of this new legroom.

Digital rights advocacy group Access Now has released its annual report revealing that governments around world are increasingly shutting down the internet, often to stifle dissent particularly during times of protest or elections.

Everything needs to be online nowadays, from vending machines to smart speakers, but that costs in terms of bulk and energy use. Now researchers have come up with a chip that gets devices connected with 5,000 times less power draw than normal.

The next generation of Wi-Fi is here, with improved capacity, better performance in crowded networks and a welcome speed boost of up to 40 percent.

A new MIT system is designed for charging batteries to power a network of sensors that would transmit data from the sea floor.

​Though most of make use of radio waves to wirelessly transfer data to and from our work mobile devices and computers, there is another way. Signify has just launched a new lighting range called Trulifi that leverages light waves to send and receive wireless data throughout the workplace.​