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6 research outputs found

Transform-limited 480 GHz colliding-pulse modelocked laser diode

Author: Arahira
Arahira
Arahira
Chen
Fan
Haus
Rerickson
S. Arahira
Sato
Y. Ogawa
Publication venue: 'Institution of Engineering and Technology (IET)'
Publication date: 01/01/2001
Field of study

Retiming and reshaping function of all-optical clock extraction at 160 Gb/s in monolithic mode-locked laser diode

Author: S. Arahira
Y. Ogawa
Publication venue: 'Institute of Electrical and Electronics Engineers (IEEE)'
Publication date
Field of study

20 GHz subpicosecond monolithic modelocked laser diode

Author: Ahmed
Arahira
Arahira
Arahira
Fan
Haus
Karin
Nakazawa
Pelusi
S. Arahira
Sato
Takara
Y. Katoh
Y. Ogawa
Publication venue: 'Institution of Engineering and Technology (IET)'
Publication date: 01/01/2000
Field of study

Four-wave mixing in a modelocked DBR laser diode

Author: Andrekson
Arahira
Arahira
Calvani
Iannone
Jopson
Kawanishi
Kuwatsuka
Kuwatsuka
Mecozzi
S. Arahira
Y. Ogawa
Publication venue: 'Institution of Engineering and Technology (IET)'
Publication date: 01/01/2001
Field of study

Optical nonlinearities in semiconductor optical amplifier and electro-absorption modulator: their applications to all-optical regeneration

Author: A.S. Bhushan
C. Gmachl
C.M. DePriest
D. Linde von der
D.J. Kane
F. Salin
G.P. Agrawal
H. Kuwatsuka
H. Nakajima
H. Tsuchida
H. Tsuchida
H. Tsuchida
H. Tsuchida
H. Tsuchida
H. Yoshida
H.A. Haus
K. Inoue
K. Kikuchi
K. Kishino
K. Minoshima
K. Ogawa
K. Ridley
K. Tajima
K. Tajima
K. Tajima
M. Furuki
M. Furuki
M. Jinno
M. Nakazawa
M. Shirane
M. Tian
N. Iizuka
N. Iizuka
N. Kobayashi
N. Suzuki
R. Akimoto
R. Akimoto
R. Hess
R. Hui
S. Arahira
S. Arahira
S. Arahira
S. Arahira
S. Arahira
S. Arahira
S. Kobayashi
S. Murata
S. Nakamura
S. Nakamura
S. Nakamura
S. Nakamura
S. Noda
S. Tatsuura
T. Akiyama
T. Sakurai
T. Simoyama
X. Wang
Y. Lee
Y. Sato
Y. Sugimoto
Y. Sugimoto
Y. Sugimoto
Y. Sugimoto
Y. Ueno
Y. Ueno
Y.K. Chen
Publication venue: 'Springer Science and Business Media LLC'
Publication date
Field of study

Compact laser-diode-based femtosecond sources

Author: A A Lagatsky
Arahira S
Arahira S
Brunner F
C G Leburn
C T A Brown
Chai Y J Lebum C G Lagatsky A A Brown C T A Penty R V White I H Sibbett W
Delfyett P J
Delfyett P J
E U Rafailov
Ell R
Honninger C
Hoogland S Tropper A C Roberts J S
Hopkins J M
Innerhofer E
Kamiya T
Keller U
Klopp P
Kovsh A R
Kuleshov N V
Kuleshov N V
Lagatsky A A
Liu H
M A Cataluna
M B Agate
Naumov S
Naumov S
Ogawa Y Arahira S
Rafailov E U Cataluna M-A Sibbett W Il'inskaya N D Zadiranov Yu M Zhukov A E Ustinov V M Livshits D A Kovsh A R Ledentsov N N
Rafailov E U Loza-Alvarez P Sibbett W Sokolovskii G S Livshits D A Zhukov A E Ustinov V M
Rafailov E U White S J Lagatsky A A Miller A Sibbett W Xing Ch Avrutin E A Livshits D A Zhukov A E Ustinov V M
Ramaswamy-Paye M
Resan B
Ripin D J
Shestakov A V Borodin N I Zhitnyuk V A Ohrimtchyuk A G Gapontsev V P
Spence D E
Stelmakh N
Stormont B Rafailov E U Cormack I G Sibbett W Mooradian A
Tomaru T
Tomaru T
Vasil?ev P
W Sibbett
Wada O
Publication venue: 'IOP Publishing'
Publication date
Field of study

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