Data

Liquid cooling is one of the most effective ways to keep computers from overheating. Microsoft has now put a unique spin on the technique, demonstrating a system to cool its cloud servers by dunking the computers into a tank full of boiling liquid.

Nokia and Vodafone have tested a new broadband technology that delivers a blistering 100 gigabits per second (Gbps). Conducted using the kind of network seen in the last mile between an ISP and a user, it could eventually be rolled out commercially.

How often do you clear out old photos on your phone or tidy up your email inbox? You just may be a digital hoarder, and researchers from Northumbria University have identified four distinct types.

A quantum internet would be much faster and more secure than the regular web – and now it may be one step closer to reality. Scientists have used quantum teleportation to send information over long distances, with a higher fidelity than ever before.

Magnetic tape may seem an antiquated data storage technology, but its density and capacity is still hard to beat for big data centers. Now, IBM and Fujifilm have created a prototype high-density tape cartridge with a record-breaking 580 TB capacity.

Researchers at the University of Tokyo have made magnetic tape using a new material, which allows higher storage density and more protection against interference, as well as a new way to write to the tape using high frequency millimeter waves.

Data centers require heavy-duty cooling and maintenance. Microsoft has now finished a two-year test of an unconventional solution – dropping a data center to the bottom of the sea – and found that it was more reliable than land-based facilities.

A new internet speed record has been clocked at an incredible 178 terabits per second (Tb/s) – fast enough to download the entire Netflix library in under a second. It's achieved by modulating light in new ways before beaming it down optical fibers.

Information can be encoded into many patterns, such as ones and zeroes for computers. A new proof of concept has been demonstrated to encode information into artificial molecules, which could enable programmable materials or new types of computers.

Storing the world’s knowledge digitally online makes it vulnerable to being lost in a disaster. As a backup, GitHub has now archived 21 TB of public open source data and buried it in a vault in the Arctic in an effort to preserve it for 1,000 years.

A new type of data storage system could be denser, smaller, faster and more energy efficient than silicon chips. The new method involves encoding data in sliding stacks of two-dimensional layers of metals.

Just one gram of DNA can store 215 million GBs of data. Artificial DNA data storage systems could soon become more practical, thanks to a new technology named DORIS that can read and write files at room temperature without damaging the DNA.