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Multiple fiber cuts to undersea cables show the fragility of the Internet at its choke points.
A quantum logic gate in an optical fiber could lay the foundation for a quantum computer network.
The most notorious promoter of the 1990s telecom boom has been proved right.
MIT researchers develop microphotonic devices for communications, clearing the way for higher-performance optical networks.
The Nobel Prize in physics was awarded to a fiber-optics pioneer and the inventors of digital-imaging chips.
A new light detector means all three core components of telecom networks can now be built in silicon.
Adding decoy photons to quantum-cryptographic signals should finally make them “unconditionally secure.”
Organic crystals change shape and then go back to their original shape when exposed to light of different colors.
Virtual particles called excitons could speed data through telecom networks.
Researchers at Intel have announced the world’s fastest silicon modulator–an advance that could cut bandwidth costs and make computers run faster and cooler.