Read the latest positive news, breakthroughs, and inspiring stories about data storage, curated daily by BrightWire.
Physicists at the University of Toronto just found a way to detect hidden magnetic states that could transform how computers store data. They used light to reveal magnets with eight poles instead of the usual two.
Researchers at the University of Edinburgh have discovered a mathematical method that could slash the energy needed to store digital data by several orders of magnitude. As AI drives explosive growth in data centers, this breakthrough could help keep electricity demand in check.
America's particle physics lab is powering the future of scientific discovery by providing massive data storage for the Genesis Mission's AI research. Fermilab's decades of managing enormous datasets now helps researchers across the country answer big questions faster.
Chinese tech giant Huawei just created a massive 122-terabyte storage drive by rethinking how computer chips fit together. The breakthrough shows how creative engineering can solve problems when access to cutting-edge manufacturing gets blocked.
Physicists have found a completely new type of magnet that could revolutionize computers and data storage while using far less energy. The most surprising part? Many of these "altermagnets" were well-known materials that scientists had been studying for years without realizing their hidden superpowers.
Researchers in China developed a breakthrough holographic system that stores massive amounts of data inside light itself, using three dimensions instead of flat surfaces. An AI model reads the information back, opening doors to smaller data centers and faster storage worldwide.
Scientists created a QR code smaller than most bacteria that can store information for thousands of years without electricity. This breakthrough could revolutionize how we preserve data for future generations.
Scientists in South Korea just solved one of the biggest problems holding back data storage, making memory chips 23 times faster while keeping your data safer. The breakthrough could mean your devices store way more information without slowing down.
Scientists at Penn State have created a breakthrough memory device that combines synthetic DNA with solar cell materials, using 100 times less power than flash drives while storing far more data. The innovation could revolutionize energy-hungry AI data centers and pave the way for brain-like computing.
Microsoft just perfected a way to store digital information in glass for thousands of years, potentially preserving human culture forever. The breakthrough uses lasers and ordinary glass to create nearly eternal archives.
Scientists at Microsoft Research created tiny glass rectangles that can store massive amounts of data for millennia using lasers. The technology could preserve humanity's most important knowledge far longer than any current storage system.
Researchers have discovered how to preserve data for over 10,000 years by writing it into glass with lasers. A single 2mm piece can hold the equivalent of two million books.