Learn about the science behind thin strands of glass that have made it possible for us to communicate with anyone around the ...

Researchers hail the breakthrough as a key milestone toward building a quantum internet using existing infrastructure under ...

These thin strands of glass are a scientific breakthrough that has made it possible for us to connect with anyone around the globe.

A collection of images from Imperial College London's photography competition uncovers the visual splendor of scientific ...

Why speed and secrecy usually trip over each other Today’s backbone links already move hundreds of gigabits, but they rely on ...

A thin strand of glass designed for light transmission. A single hair-thin optical fiber is capable of transmitting trillions of bits per second. In addition to their huge transmission capacity ...

A new optical fiber connection linking CERN and the French ... The Standard Model of particle physics posits that the laws of physics should be the same for matter and antimatter.

Fiber optic cable deployed on a Swiss glacier has detected the seismic signals of crevasses opening in the ice, confirming ...

Mark Miodownik describes how optical fibres work. He sees how they were ... This clip will be relevant for teaching Chemistry and Physics at KS3 and GCSE Level. This topic appears in OCR, Edexcel ...

Fiber optic cables on a Swiss glacier detected icequakes from crevasse openings, offering a powerful new method for seismic ...

Interferometers, devices that can modulate aspects of light, play the important role of modulating and switching light signals in fiber-optic communications ... of Applied Physics and Vinton ...