Development of Autocloned Photonic Crystal Devices

Takayuki KAWASHIMA; Yoshihiro SASAKI; Kenta MIURA; Naoki HASHIMOTO; Akiyoshi BABA; Hiroyuki OHKUBO; Yasuo OHTERA; Takashi SATO; Wataru ISHIKAWA; Tsutomu AOYAMA; Shojiro KAWAKAMI

Development of Autocloned Photonic Crystal Devices

Takayuki KAWASHIMA, Yoshihiro SASAKI, Kenta MIURA, Naoki HASHIMOTO, Akiyoshi BABA, Hiroyuki OHKUBO, Yasuo OHTERA, Takashi SATO, Wataru ISHIKAWA, Tsutomu AOYAMA, Shojiro KAWAKAMI

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Autocloning is a method for fabricating multi-dimensional structures by stacking the corrugated films while keeping the shape. Its productivity, robustness against perturbation, and flexibility regarding materials and lattice types make autocloning suitable for mass production of photonic crystals. Therefore we aim to industrialize autocloned photonic crystals. Recently, we are starting to market polarization beam splitters for optical telecommunication by using 2D photonic crystals, and are developing some devices using the splitters, such as isolators or beam combiners. The applications of the splitters are also extending to multi-section type of devices and to visible range devices. Meanwhile, development of optical integrated circuits by utilizing autocloned photonic crystals is in progress. Low loss propagation and some functions have been demonstrated.

Publication: IEICE TRANSACTIONS on Electronics Vol.E87-C No.3 pp.283-290

Publication Date: 2004/03/01

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Type of Manuscript: Special Section INVITED PAPER (Special Section on Photonic Crystals and Their Device Applications)

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Takayuki KAWASHIMA, Yoshihiro SASAKI, Kenta MIURA, Naoki HASHIMOTO, Akiyoshi BABA, Hiroyuki OHKUBO, Yasuo OHTERA, Takashi SATO, Wataru ISHIKAWA, Tsutomu AOYAMA, Shojiro KAWAKAMI, "Development of Autocloned Photonic Crystal Devices" in IEICE TRANSACTIONS on Electronics, vol. E87-C, no. 3, pp. 283-290, March 2004, doi: .
Abstract: Autocloning is a method for fabricating multi-dimensional structures by stacking the corrugated films while keeping the shape. Its productivity, robustness against perturbation, and flexibility regarding materials and lattice types make autocloning suitable for mass production of photonic crystals. Therefore we aim to industrialize autocloned photonic crystals. Recently, we are starting to market polarization beam splitters for optical telecommunication by using 2D photonic crystals, and are developing some devices using the splitters, such as isolators or beam combiners. The applications of the splitters are also extending to multi-section type of devices and to visible range devices. Meanwhile, development of optical integrated circuits by utilizing autocloned photonic crystals is in progress. Low loss propagation and some functions have been demonstrated.
URL: https://global.ieice.org/en_transactions/electronics/10.1587/e87-c_3_283/_p

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@ARTICLE{e87-c_3_283,
author={Takayuki KAWASHIMA, Yoshihiro SASAKI, Kenta MIURA, Naoki HASHIMOTO, Akiyoshi BABA, Hiroyuki OHKUBO, Yasuo OHTERA, Takashi SATO, Wataru ISHIKAWA, Tsutomu AOYAMA, Shojiro KAWAKAMI, },
journal={IEICE TRANSACTIONS on Electronics},
title={Development of Autocloned Photonic Crystal Devices},
year={2004},
volume={E87-C},
number={3},
pages={283-290},
abstract={Autocloning is a method for fabricating multi-dimensional structures by stacking the corrugated films while keeping the shape. Its productivity, robustness against perturbation, and flexibility regarding materials and lattice types make autocloning suitable for mass production of photonic crystals. Therefore we aim to industrialize autocloned photonic crystals. Recently, we are starting to market polarization beam splitters for optical telecommunication by using 2D photonic crystals, and are developing some devices using the splitters, such as isolators or beam combiners. The applications of the splitters are also extending to multi-section type of devices and to visible range devices. Meanwhile, development of optical integrated circuits by utilizing autocloned photonic crystals is in progress. Low loss propagation and some functions have been demonstrated.},
keywords={},
doi={},
ISSN={},
month={March},}

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TY - JOUR
TI - Development of Autocloned Photonic Crystal Devices
T2 - IEICE TRANSACTIONS on Electronics
SP - 283
EP - 290
AU - Takayuki KAWASHIMA
AU - Yoshihiro SASAKI
AU - Kenta MIURA
AU - Naoki HASHIMOTO
AU - Akiyoshi BABA
AU - Hiroyuki OHKUBO
AU - Yasuo OHTERA
AU - Takashi SATO
AU - Wataru ISHIKAWA
AU - Tsutomu AOYAMA
AU - Shojiro KAWAKAMI
PY - 2004
DO -
JO - IEICE TRANSACTIONS on Electronics
SN -
VL - E87-C
IS - 3
JA - IEICE TRANSACTIONS on Electronics
Y1 - March 2004
AB - Autocloning is a method for fabricating multi-dimensional structures by stacking the corrugated films while keeping the shape. Its productivity, robustness against perturbation, and flexibility regarding materials and lattice types make autocloning suitable for mass production of photonic crystals. Therefore we aim to industrialize autocloned photonic crystals. Recently, we are starting to market polarization beam splitters for optical telecommunication by using 2D photonic crystals, and are developing some devices using the splitters, such as isolators or beam combiners. The applications of the splitters are also extending to multi-section type of devices and to visible range devices. Meanwhile, development of optical integrated circuits by utilizing autocloned photonic crystals is in progress. Low loss propagation and some functions have been demonstrated.
ER -