CORDIS Project
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This project aims to enhance quantum communication by developing methods for controlling the properties of photons. It focuses on creating noise-resistant techniques for high-capacity entanglement distribution, paving the way for advanced quantum networks.
Humanitys reliance on the rapid and free flow of information cannot be understated.
Over the last two decades, control over the spectral, temporal, and spatial structure of light has led to a massive increase in optical data transfer rates via signal multiplexing.
For example, the simultaneous encoding of information in 84,236 spatial and frequency channels was recently used for achieving a record 10 Petabit/sec data transmission rate.
As quantum technologies mature, so will the needs of a quant…
HERIOT-WATT UNIVERSITY
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