Controlling light emission from single-photon sources using photonic nanowires
Publication: Research - peer-review › Article in proceedings – Annual report year: 2012
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Controlling light emission from single-photon sources using photonic nanowires. / Gregersen, Niels (Invited author); Chen, Yuntian (Invited author); Mørk, Jesper (Invited author); Sauvan, Christophe (Invited author); Lalanne, Philippe (Invited author); Munsch, Mathieu (Invited author); Claudon, Julien (Invited author); Bleuse, Joël (Invited author); Malik, Nitin S. (Invited author); Dupuy, Emmanuel (Invited author); Gérard, Jean- Michel (Invited author).
In: Proceedings ECIO 2012: Invited Speakers. 2012.Publication: Research - peer-review › Article in proceedings – Annual report year: 2012
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TY - GEN
T1 - Controlling light emission from single-photon sources using photonic nanowires
A1 - Gregersen,Niels
A1 - Chen,Yuntian
A1 - Mørk,Jesper
A1 - Sauvan,Christophe
A1 - Lalanne,Philippe
A1 - Munsch,Mathieu
A1 - Claudon,Julien
A1 - Bleuse,Joël
A1 - Malik,Nitin S.
A1 - Dupuy,Emmanuel
A1 - Gérard,Jean- Michel
AU - Gregersen,Niels
AU - Chen,Yuntian
AU - Mørk,Jesper
AU - Sauvan,Christophe
AU - Lalanne,Philippe
AU - Munsch,Mathieu
AU - Claudon,Julien
AU - Bleuse,Joël
AU - Malik,Nitin S.
AU - Dupuy,Emmanuel
AU - Gérard,Jean- Michel
PY - 2012
Y1 - 2012
N2 - The photonic nanowire has recently emerged as an promising alternative to microcavity-based single-photon source designs. In this simple structure, a geometrical effect ensures a strong coupling between an embedded emitter and the optical mode of interest and a combination of tapers and mirrors are used to tailor the far-field emission pattern. This non-resonant approach relaxes the demands to fabrication perfection, allowing for record-high measured efficiency of fabricated nanowire single-photon sources. We review recent progress in photonic nanowire technology and present next generation designs allowing for electrical contacting, polarization control, improved efficiency and simplified fabrication.
AB - The photonic nanowire has recently emerged as an promising alternative to microcavity-based single-photon source designs. In this simple structure, a geometrical effect ensures a strong coupling between an embedded emitter and the optical mode of interest and a combination of tapers and mirrors are used to tailor the far-field emission pattern. This non-resonant approach relaxes the demands to fabrication perfection, allowing for record-high measured efficiency of fabricated nanowire single-photon sources. We review recent progress in photonic nanowire technology and present next generation designs allowing for electrical contacting, polarization control, improved efficiency and simplified fabrication.
KW - Photonic nanowire
KW - Single-photon source
KW - Single photons
KW - Electrical pumping
KW - Polarization control
UR - http://www.ecio2012.com/data/uploads/invitedspeakers2012.pdf
BT - Proceedings ECIO 2012
T2 - Proceedings ECIO 2012
ER -