Quantum communications
Utilising phenomena such as superposition and entanglement to transform how data is transmitted and safeguarded.
Quantum adds more dimensions to the classic electromagnetic theory used for radio communications and to the classic binary model used for information storage. The net effect is a hugely increased capacity of information storage, processing and communication.
ETSI’s Technical Committee on Quantum Technologies (TC QT) is a centre of expertise in technologies relying on quantum physics phenomena like superposition and entanglement. The committee provides standards in form of documents adopted by policy makers and technology manufacturers to promote interoperability and economies of scale.
This work is carried out collaboratively by multiple stakeholders from industry and academia, and approval of deliverables is reached via consensus.
Utilising phenomena such as superposition and entanglement to transform how data is transmitted and safeguarded.
Connecting quantum devices and systems to enable the sharing of quantum information across distances.
Aiming to achieve ultra-precise measurements (timing, synchronisation, physical quantities).
Producing “true” randomness derived from quantum processes like photon detection or electron spin.
Standardising methodologies for assessing hardware vulnerabilities.
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