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research:quantumcommunication [2015/08/23 10:15]
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research:quantumcommunication [2019/03/16 19:54] (current)
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-====== Quantum Communication ​======+===== Quantum Communication =====
  
 {{ :​research:​quantum_communication:​timebin.jpg?​250|}} Central to future quantum communication networks is the concept of entanglement. Entanglement is perhaps the most distinguishing feature of quantum physics. As fascinating as it is, it is now widely seen as a resource in quantum information science and emerging quantum technologies. ​ {{ :​research:​quantum_communication:​timebin.jpg?​250|}} Central to future quantum communication networks is the concept of entanglement. Entanglement is perhaps the most distinguishing feature of quantum physics. As fascinating as it is, it is now widely seen as a resource in quantum information science and emerging quantum technologies. ​
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 One of our primary focuses is Quantum Communication and as such these systems are exploited not only in the lab but, when possible, in real world fibre optic networks. The increasing complexity associated with future quantum networks also places its own demands for engineering multiphoton entangled states and systems. One of our primary focuses is Quantum Communication and as such these systems are exploited not only in the lab but, when possible, in real world fibre optic networks. The increasing complexity associated with future quantum networks also places its own demands for engineering multiphoton entangled states and systems.
  
-===== Recent Work =====+==== Recent Work ====
  
 Some of our recent work has looked at: Some of our recent work has looked at: