Broad Bandwidth and High Dimensional Quantum Memory Based on Atomic Ensembles

Nonfiction, Science & Nature, Science, Physics, Optics, Computers, Advanced Computing, Information Technology
Cover of the book Broad Bandwidth and High Dimensional Quantum Memory Based on Atomic Ensembles by Dong-Sheng Ding, Springer Singapore
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Author: Dong-Sheng Ding ISBN: 9789811074769
Publisher: Springer Singapore Publication: December 26, 2017
Imprint: Springer Language: English
Author: Dong-Sheng Ding
ISBN: 9789811074769
Publisher: Springer Singapore
Publication: December 26, 2017
Imprint: Springer
Language: English

This thesis presents an experimental study of quantum memory based on cold atomic ensembles and discusses photonic entanglement. It mainly focuses on experimental research on storing orbital angular momentum, and introduces readers to methods for storing a single photon carried by an image or an entanglement of spatial modes. The thesis also discusses the storage of photonic entanglement using the Raman scheme as a step toward implementing high-bandwidth quantum memory.

The storage of photonic entanglement is central to achieving long-distance quantum communication based on quantum repeaters and scalable linear optical quantum computation. Addressing this key issue, the findings presented in the thesis are very promising with regard to future high-speed and high-capacity quantum communications.

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This thesis presents an experimental study of quantum memory based on cold atomic ensembles and discusses photonic entanglement. It mainly focuses on experimental research on storing orbital angular momentum, and introduces readers to methods for storing a single photon carried by an image or an entanglement of spatial modes. The thesis also discusses the storage of photonic entanglement using the Raman scheme as a step toward implementing high-bandwidth quantum memory.

The storage of photonic entanglement is central to achieving long-distance quantum communication based on quantum repeaters and scalable linear optical quantum computation. Addressing this key issue, the findings presented in the thesis are very promising with regard to future high-speed and high-capacity quantum communications.

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