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Entangled Photon Pair Emission and Interference from Single Quantum Dots

Research output: Contribution in Book/Report/Proceedings - With ISBN/ISSNChapter (peer-reviewed)

Published

Standard

Entangled Photon Pair Emission and Interference from Single Quantum Dots. / Stevenson, R. Mark; Young, Robert; Shields, Andrew J.

Semiconductor Quantum Bits. ed. / Fritz Henneberger ; Oliver Benson. Singapore : Pan Stanford, 2008. p. 369-388.

Research output: Contribution in Book/Report/Proceedings - With ISBN/ISSNChapter (peer-reviewed)

Harvard

Stevenson, RM, Young, R & Shields, AJ 2008, Entangled Photon Pair Emission and Interference from Single Quantum Dots. in F Henneberger & O Benson (eds), Semiconductor Quantum Bits. Pan Stanford, Singapore, pp. 369-388.

APA

Stevenson, R. M., Young, R., & Shields, A. J. (2008). Entangled Photon Pair Emission and Interference from Single Quantum Dots. In F. Henneberger , & O. Benson (Eds.), Semiconductor Quantum Bits (pp. 369-388). Pan Stanford.

Vancouver

Stevenson RM, Young R, Shields AJ. Entangled Photon Pair Emission and Interference from Single Quantum Dots. In Henneberger F, Benson O, editors, Semiconductor Quantum Bits. Singapore: Pan Stanford. 2008. p. 369-388

Author

Stevenson, R. Mark ; Young, Robert ; Shields, Andrew J. / Entangled Photon Pair Emission and Interference from Single Quantum Dots. Semiconductor Quantum Bits. editor / Fritz Henneberger ; Oliver Benson. Singapore : Pan Stanford, 2008. pp. 369-388

Bibtex

@inbook{30921cd096ca45549e0341b50f32438e,
title = "Entangled Photon Pair Emission and Interference from Single Quantum Dots",
abstract = "We review in this chapter our recent realization and development of en- tangled light emission from individual InAs quantum dots. We describe how energetic which-path information is circumvented by attention to the confinement energy of the dot, resulting in generation of entangled photon pairs with up to 76% fidelity. Improvements in device design are detailed that reveal the importance of controlling the charge of the dot in order to maximize both emission intensity and fidelity. Finally we present interferometric measurements of the entangled biphoton state that shows a two-fold enhancement of the de Broglie wavelength com- pared to single photons.",
author = "Stevenson, {R. Mark} and Robert Young and Shields, {Andrew J.}",
year = "2008",
language = "English",
isbn = "9789814241052",
pages = "369--388",
editor = "{Henneberger }, {Fritz } and Oliver Benson",
booktitle = "Semiconductor Quantum Bits",
publisher = "Pan Stanford",

}

RIS

TY - CHAP

T1 - Entangled Photon Pair Emission and Interference from Single Quantum Dots

AU - Stevenson, R. Mark

AU - Young, Robert

AU - Shields, Andrew J.

PY - 2008

Y1 - 2008

N2 - We review in this chapter our recent realization and development of en- tangled light emission from individual InAs quantum dots. We describe how energetic which-path information is circumvented by attention to the confinement energy of the dot, resulting in generation of entangled photon pairs with up to 76% fidelity. Improvements in device design are detailed that reveal the importance of controlling the charge of the dot in order to maximize both emission intensity and fidelity. Finally we present interferometric measurements of the entangled biphoton state that shows a two-fold enhancement of the de Broglie wavelength com- pared to single photons.

AB - We review in this chapter our recent realization and development of en- tangled light emission from individual InAs quantum dots. We describe how energetic which-path information is circumvented by attention to the confinement energy of the dot, resulting in generation of entangled photon pairs with up to 76% fidelity. Improvements in device design are detailed that reveal the importance of controlling the charge of the dot in order to maximize both emission intensity and fidelity. Finally we present interferometric measurements of the entangled biphoton state that shows a two-fold enhancement of the de Broglie wavelength com- pared to single photons.

M3 - Chapter (peer-reviewed)

AN - SCOPUS:84880190417

SN - 9789814241052

SP - 369

EP - 388

BT - Semiconductor Quantum Bits

A2 - Henneberger , Fritz

A2 - Benson, Oliver

PB - Pan Stanford

CY - Singapore

ER -