High-power quantum-dot-based semiconductor disk laser
High-power quantum-dot-based semiconductor disk laser
We demonstrate multiwatt cw output power from an optically pumped quantum-dot semiconductor disk laser. Continuous-wave output power of 4.35?W with 22% slope efficiency was demonstrated at a center wavelength of 1032?nm . This represents an increase in power of 15 times and an increase in slope efficiency of 10 times from the previously published results using Stranski–Krastanow grown quantum dots. An intracavity diamond heat spreader was used for thermal management. The maximum output power was limited by the available pump power, and no sign of thermal rollover was observed
1672-1674
Butkus, M.
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Wilcox, K.G.
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Rautiainen, J.
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Okhotnikov, O.G.
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Mikhrin, S.S.
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Krestnikov, I.L.
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Kovsh, A.R.
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Hoffmann, M.
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Südmeyer, T.
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Keller, U.
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Rafailov, E.U.
8eef3bd5-81d4-4319-b9ff-fb8435999529
2009
Butkus, M.
24d2d47c-4091-4881-a6da-f795b56799b7
Wilcox, K.G.
b7c8da76-3530-4cbf-aaec-ffa11c347230
Rautiainen, J.
302ae14b-95db-489f-8671-b00f88a3d16e
Okhotnikov, O.G.
179d7092-6aed-425d-a978-f49afc06d309
Mikhrin, S.S.
07b89c55-dfc5-41eb-a35a-a1f2e3f2c8e9
Krestnikov, I.L.
90d196a1-d8a2-4fb5-99fe-8a318d8fb4c7
Kovsh, A.R.
7e5a2675-cce6-44dc-aee7-ce2ac7e93e2a
Hoffmann, M.
1eac594a-b8ff-45ea-9735-f266689bb967
Südmeyer, T.
e1dd30bd-d7f7-49ef-933d-e3b3aaaeba0b
Keller, U.
799a6b8e-4423-40a2-be88-ebc521eb9952
Rafailov, E.U.
8eef3bd5-81d4-4319-b9ff-fb8435999529
Butkus, M., Wilcox, K.G., Rautiainen, J., Okhotnikov, O.G., Mikhrin, S.S., Krestnikov, I.L., Kovsh, A.R., Hoffmann, M., Südmeyer, T., Keller, U. and Rafailov, E.U.
(2009)
High-power quantum-dot-based semiconductor disk laser.
Optics Letters, 34 (11), .
(doi:10.1364/OL.34.001672).
(PMID:19488144)
Abstract
We demonstrate multiwatt cw output power from an optically pumped quantum-dot semiconductor disk laser. Continuous-wave output power of 4.35?W with 22% slope efficiency was demonstrated at a center wavelength of 1032?nm . This represents an increase in power of 15 times and an increase in slope efficiency of 10 times from the previously published results using Stranski–Krastanow grown quantum dots. An intracavity diamond heat spreader was used for thermal management. The maximum output power was limited by the available pump power, and no sign of thermal rollover was observed
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Published date: 2009
Organisations:
Quantum, Light & Matter Group
Identifiers
Local EPrints ID: 339115
URI: http://eprints.soton.ac.uk/id/eprint/339115
ISSN: 0146-9592
PURE UUID: 8eb2e244-2f8b-4e50-bf01-a289b9ab706c
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Date deposited: 25 May 2012 07:42
Last modified: 14 Mar 2024 11:10
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Contributors
Author:
M. Butkus
Author:
K.G. Wilcox
Author:
J. Rautiainen
Author:
O.G. Okhotnikov
Author:
S.S. Mikhrin
Author:
I.L. Krestnikov
Author:
A.R. Kovsh
Author:
M. Hoffmann
Author:
T. Südmeyer
Author:
U. Keller
Author:
E.U. Rafailov
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