BAGANBAZAR GRAPHEXPLORE · ANALYZE · GROW
Theme
LiveDesk
ScienceA tiny “rainbow on a chip” could help supercharge 6G networksScienceLife Changers - Venki RamakrishnanScienceTruth about the Body Mass IndexScienceLife Changers - Didier QuelozScienceLife Changers - Anita Sengupta
Science/Source-attributed reporting
Science DESK

A tiny “rainbow on a chip” could help supercharge 6G networks

Researchers have created a tiny chip that produces a stable “rainbow” of light capable of generating multiple high-frequency signals at once, potentially boosting the speed and capacity of future 6G networks. Its extreme precision could also make it valuable for quantum timing, navigation, radar, and even space-based technologies.

Published Aug 24, 2026 · 12:30 PMOriginal source: Latest Science News -- ScienceDaily2 reads
Researchers have created a tiny chip that produces a stable “rainbow” of light capable of generating multiple high-frequency signals at once, potentially boosting the speed and capacity of future 6G networks. Its extreme precision could also make it valuable for quantum timing, navigation, radar, and even space-based technologies.
ORIGINAL SOURCE

Latest Science News -- ScienceDaily

This report is indexed by BAGANBAZAR GRAPH with its original publisher named and linked for readers.

Read at original outlet ↗
RELATED COVERAGE

More from this desk.

BAGANBAZAR GRAPHSource-attributed newsSCIENCE desk
Science

Life Changers - Didier Queloz

One night in 1995, PhD student Didier Queloz was running a routine test on a new detector they had just built at the Observatoire de Haute Provence in France, when he noticed something strange. They had pointed the detector, almost at random, towards 51 Pegasi, a star in the constellation Pegasus, about 50 light years from Earth. But the light from that star, which should have been constant, was in fact ‘wobbling’. Naturally, he assumed that the detector was faulty but after double-checking that it was working correctly, he and his colleagues eventually came to the only logical conclusion they could - that the light from the star was distorted by the presence of a very large object – and it was happening at regular intervals. What Queloz had discovered was the first planet outside of our solar system orbiting a sun-like star. What is more, it was massive – half the size of Jupiter, but with an orbit lasting only 4 days and with surface temperatures exceeding a 1000 degrees centigrade. This shouldn’t be possible according to our best theories of planetary formation, and yet here it was. With their discovery published Queloz and his supervisor, Michel Mayor, had rewritten the astronomy text books and opened to floodgates. In the 20 years since that night, nearly 1800 confirmed exoplanets have been discovered, and since the launch of Nasa's Kepler Observatory in 2009, several hundred Earth-like planets have been confirmed, orbiting suns at a distance that could potentially support life. In the last of the current series of Life Changers, Kevin Fong talks to Didier Queloz about that remarkable night, its impact on science and our quest to answer perhaps the most fundamental question of all - are we alone in the Universe?(Photo: Didier Queloz. Credit: University of Geneva)

Original sourceDiscovery
BAGANBAZAR GRAPHSource-attributed newsSCIENCE desk
Science

Life Changers - Anita Sengupta

When Anita Sengupta was a little girl, she dreamed of time travel aboard the TARDIS, along with Tom Baker, her favourite incarnation of Dr Who. It was this and watching episodes of Star Trek with her dad, which led her to study science and later still, to gain a degree in aerospace engineering from an American University. If she could not build a TARDIS, she would build the next best thing – space craft, capable of reaching other planets. A few years later, still in her 20s, Anita was put in charge of a team at JPL, Nasa’s Jet Propulsion Laboratory in California. Her mission was to design and develop the supersonic parachute which helped put Nasa’s Curiosity Rover onto the surface of Mars in 2012. It was the most sophisticated lander ever built and the plan to get it safely down the surface of the red planet was little short of crazy. Her team’s motto was 'Dare Mighty Things'. Kevin Fong talks to Anita about her work, her passion and about the lessons one must learn from failure as well as success in order to explore the unknown. She tells Kevin why Mars has revived Nasa’s fortunes and transformed how we think about our place in the Universe.(Photo: Anita Sengupta. Credit: Nasa)

Original sourceDiscovery
BAGANBAZAR GRAPHSource-attributed newsSCIENCE desk
Science

Life Changers - Venki Ramakrishnan

Kevin Fong talks to Venki Ramakrishnan, Professor of structural biology in Cambridge and joint-winner of the Nobel Prize in Chemistry in 2009. Celebrated for his work on the ribosome, the remarkable molecular machine at the heart of all cell biology, Ramakrishnan was knighted for services to Science in 2012 and later this year, will become the first Indian-born president of the Royal Society, the oldest and most prestigious scientific body in the world. And yet, as Kevin discovers, his education and early academic career was anything but predictable or conventional and included being rejected from both Indian and US Universities multiple times.Image: presenter Kevin Fong with Venki Ramakrishnan, BBC Copyright

Original sourceDiscovery