Doctoral thesis
Open access

Exploring storage capability of a solid-state quantum memory for light

ContributorsTiranov, Alexey
Defense date2016-10-03

The present thesis includes a series of experiments exploring the potential of using rare-earth ion-doped crystals as a light-matter quantum interface using different quantum states of light as a probe resource. We start with the realization of an elementary quantum repeater block, implementing quantum teleportation of a polarization qubit into a solid-state quantum memory based on a yttrium-orthosilicate crystal doped with neodymium ions. The storage of an hyperentangled state of light compatible with long-distance quantum communication was demonstrated to show the potential of using this quantum memory for quantum purification techniques. To explore the temporal multiplexing capability of atomic frequency combs in atomic ensembles we performed temporal multimode storage of multi-photon entangled state of light. Such a temporal multimode capacity together with the developed novel theoretical techniques allowed us to show the storage of more than one bit of entanglement (ebit) using multi-photon and multi-dimensional entangled photon states.

  • Quantum storage
  • Quantum memory
  • Light-matter interaction
  • Photon
  • Single photon
  • Entanglement
  • Solid-state
  • Rare-earth
  • Neodymium
  • Crystal
  • Hyperentanglement
  • Multi-dimensional entanglement
  • Macroscopic entanglement
  • Entanglement witness
  • Quantum teleportation
  • Entanglement bit
  • Ebit
  • Atomic frequency combs
  • AFC
  • Spontaneous parametric down-conversion
  • SPDC
Research group
Citation (ISO format)
TIRANOV, Alexey. Exploring storage capability of a solid-state quantum memory for light. 2016. doi: 10.13097/archive-ouverte/unige:89502
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Creation11/25/2016 5:31:00 PM
First validation11/25/2016 5:31:00 PM
Update time03/15/2023 1:00:54 AM
Status update03/15/2023 1:00:54 AM
Last indexation01/29/2024 8:56:52 PM
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