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The QNETWORK project aims to create a multi-node quantum network using entangled quantum particles. This network will facilitate distributed quantum computing, secure communication, and advanced scientific experiments, leveraging breakthroughs in controlling electron spins in diamond defects.
Entanglement is arguably the most defining and yet counterintuitive feature of quantum theory.
The non-local nature of entanglement provides exciting opportunities for fundamentally new science and technologies.
As a prime example, recent theoretical work has uncovered the unique potential of a future quantum network: a network of nodes consisting of multiple well-controlled quantum particles “wired” by quantum entanglement.
Such a network would enable distributed quantum computing and simulatio…
TECHNISCHE UNIVERSITEIT DELFT
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