Progress on the Quantum Internet realization using a diamond NV-center testbed
ORAL
Abstract
The realization of the Quantum Internet will enable several applications among quantum processors in a network, covering large distances. Some of these applications include: secure communication, distributed quantum computation and blind quantum computation.NV centers in diamond provide an excellent testbed combining quantum processing in local multi-qubit registers, remote entanglement generation and quantum teleportation in a network.
In this talk, we present recent experimental progress in the Quantum Internet scenario using an NV-center testbed. The focus is on the required interfaces and protocols between the crucial components of such a framework. In particular, we report on a photonic interface between quantum processors and quantum memories, relevant for long-distance quantum communication. [1]. Additionally, we discuss the first architecture capable of executing arbitrary quantum network applications in a multi-tasking fashion on the testbed, showing the realization of an interface between high-level software and physical quantum nodes [2].
[1] M.Iuliano et al., arXiv:2403.18581 (2024)
[2] C. Delle Donne et al., arXiv:2407.18306 (2024)
In this talk, we present recent experimental progress in the Quantum Internet scenario using an NV-center testbed. The focus is on the required interfaces and protocols between the crucial components of such a framework. In particular, we report on a photonic interface between quantum processors and quantum memories, relevant for long-distance quantum communication. [1]. Additionally, we discuss the first architecture capable of executing arbitrary quantum network applications in a multi-tasking fashion on the testbed, showing the realization of an interface between high-level software and physical quantum nodes [2].
[1] M.Iuliano et al., arXiv:2403.18581 (2024)
[2] C. Delle Donne et al., arXiv:2407.18306 (2024)
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Publication: [1] M.Iuliano et al., Qubit teleportation between a memory-compatible photonic time-bin qubit and a solid-state quantum network node, arXiv:2403.18581 (2024)
[2] C. Delle Donne et al., Design and demonstration of an operating system for executing applications on quantum network nodes, arXiv:2407.18306 (2024)
Presenters
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Mariagrazia Iuliano
- Delft University of Technology