With the same participants

High Rate Coherent Quantum Channels

Project: Research project (funded) › Research

Project participant(s)

Department / unit(s)

Key findings

1) Extension of two-way QKD to thermal states and infrared regime, for potential application to wireless networks.
2) Proof of quantum discord as a fundamental resource for QKD, clarifying its role in noise-assisted QKD.
3) Development of measurement-device independent QKD for potential applications to network topologies involving untrusted relays and fulfilling the end-to-end principle.
4) Proof of the connection between the bosonic minimum output entropy and Gaussian discord, with full clarification of the nature of quantum correlations for a wide family of Gaussian states
5) Design of a new QKD protocol which is robust to side-channel attacks
6) Entanglement distribution on non-Markovian environments
StatusFinished
Effective start/end date1/12/11 → 30/11/14

Award relations

High Rate Coherent Quantum Channels

Braunstein, S. L. & Pirandola, S.

EPSRC: £149,507.00

1/12/11 → 30/11/14

Award date: 24/06/11

Award: UK Research Councils › Award

Funding

  • EPSRC: £149,507.00

Research outputs

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