ADVANCE PROGRAM

M C ’09

15th MICROOPTICSCONFERENCE
http://www.comemoc.com/moc09/
Sponsored by

The Japan Society of Applied Physics
Organized byMicrooptics Group, Optical Society of Japan, JSAP
M C
Technical co-sponsorship by• IEEE / Photonics Society (Formerly LEOS)• Optical Society of America• IEICE / Electronics Society• The Chemical Society of Japan• The Society of Polymer Science, Japan• The Laser Society of Japan• Optoelectronic Industry and Technology
Development Association• Japan Optoelectro-Mechanics Association• JSPS / The 125th Committee on Mutual Conversion
between Light and Electricity• JSPS / The 130th Committee on Optoelectronics
Supported by• Japan Society for the Promotion of Science

Oct. 25 (Sun.)-Oct. 28 (Wed.), 2009
Miraikan
Odaiba, Tokyo, Japan

MOC ’09 Agenda At-A-Glance
October 25 (Sun.)

October 26 (Mon.)

9:00

9:00

Registration Open

9:30

9:30

Opening Remarks

10:00

10:00

10:30

10:30

11:00

11:00

11:30

11:30

12:00

12:00

12:30

12:30

A. Plenary

Break

13:00

Registration OpenB. Display &Lighting

13:00
Lunch

13:30
14:00
14:30

13:30
Microoptics
Review I

14:00
14:30

Break
15:00
15:30

Microoptics
Review II

15:00
15:30

Break
16:00
16:30

Microoptics
Review III

16:00
16:30

Break
17:00
17:30

Microoptics
Review IV

18:00
18:30

17:00

Break

D. Photonic Crystal& Grating

17:30
18:00

Get Together

C. Sensing

Refreshment

18:30

19:00

19:00

19:30

19:30

20:00

20:00

20:30

20:30

E. Special Session

MOC ’09 Agenda At-A-Glance
October 27 (Tue.)

October 28 (Wed.)

9:00

9:00

Registration Open

9:30

9:30
10:00
10:30

F. WaveguideDevice

11:00
11:30
12:00

Break

G. Switching

16:30
17:00

H. Material for
Display

J. PosterOdd (15:10-16:10)
Even (16:10-17:10)

Award Ceremony

13:30

L. Interconnection

Lunch

14:30

16:00
16:30
17:00

18:00
18:30

Conference Party

M. Fiber Technology

15:30

17:30
Micro Concert

18:30
19:00

12:00

15:00

17:30
18:00

11:30

14:00

15:00

16:00

Break

13:00
Lunch

14:00

15:30

10:30

K. Active &Functional Device

12:30

13:00

14:30

10:00

11:00

12:30

13:30

Registration Open

19:00

19:30

19:30

20:00

20:00

20:30

20:30

Break
PD. Post Deadline
PapersClosing Remarks

Technical Program
The 15th MICROOPTICS CONFERENCE (MOC '09) will beheld at Miraikan (National Museum of Emerging Science andInnovation), Odaiba, Tokyo, Japan on October 25 - October 28,
2009. This conference is sponsored by the Japan Society ofApplied Physics (JSAP) and organized by Microoptics Group,
the Optical Society of Japan (OSJ), JSAP and in cooperation
with several academic societies and associations.
The MOC '09 is intended to provide a central forum for an
update and review of scientific and technical information
covering a wide range of microoptics field from fundamental
researches to systems and applications.
The latest information will be available on the following web site:

http://www.comemoc.com/moc09/

Microoptics Review (Tutorial)
Important topical fields of microoptics are lectured as
microoptics review to be held in the Conference Room CR1 on
Sunday, 25 October. Students are free to attend this tutorial
without the registration.
"Semiconductor optical devices" G. Hatakoshi, Toshiba Corp.
"Waveguides"
Y. Kokubun, Yokohama National Univ.
"Optical fibers"
Y. Koike, Keio Univ.
"Diffractive optical elements (DOE’s)"
K. Goto, Tokai Univ.

Plenary Session
Plenary session will be held in the MIRAI CAN Hall on Monday,
26 October. The following papers are invited as the plenary
talks.
"From microoptics to information photonics"
K. Kodate, Japan Women's Univ.
"Toward a breakthrough in photonic integration"
M. Smit, Eindhoven Univ. Tech.
"High-contrast
grating:
Bringing
new
light
to
optoelectronics"
C. Chang-Hasnain, Univ. California, Berkeley

Special Session
A special session will be held on Monday 26 October, which
focuses on the paradigm shift from small-size devices tolarge-size displays. In order to realize high-resolution andlarge-size flat panel displays, broadband technology which
requires data rate as high as 10Gbps is needed even at home.
The concept is not the continuous way of existing keyboard
oriented IT, but bringing us back to the “face-to-facecommunication”.

Organizer of Special Session
Y. Koike, Keio Univ.
Opening address
M. Mohri, Executive Director of Miraikan"Current status and prospect of liquid crystal display"
H. Takezoe, Tokyo Inst. Tech.
"Next generation display & transmission technology"
M. Sato and H. Takizuka, Sony Corp.
"Highlights in Broadband Photonics"
G. D. Khoe, Eindhoven Univ. Tech.
"Organic NLO/silicon photonic integration for broadband
technology"
L. R. Dalton, Univ. Washington

Oral Presentation
Oral session is to be held in the MIRAI CAN Hall. The
presentation time (including discussion) will be 25 minutes for
invited papers, 15 minutes for regular papers, and 10 minutes
for post deadline papers. All the speakers are requested topresent the paper with a data projector. Prior to the starting timeof the session, the speakers are asked to contact the session
chairs.

Poster Session
Poster session will be held in the Conference Rooms CR1, CR2
and CR3 in the afternoon of Tuesday, 27 October. For theconvenience of the participants, this session will be divided into
two parts. The first half is for authors with the paper of
odd-number (J1, J3, …) and the second half is for authors withthe paper of even-number (J2, J4, …). Authors should stay byturns in the vicinity of the bulletin board for discussion. Eachauthor is requested to display materials on a 180 cm wide and210 cm high bulletin board.

Post Deadline Papers
A limited number of post deadline papers will be accepted forthe post deadline oral session or the poster session. Latest
significant results obtained after the regular deadline are mostwelcome. Post deadline papers should be submitted
electronically. A detailed instruction as well as the paper
template will be available from the following Web site:

http://www.comemoc.com/moc09/
The deadline for submission is September 30, 2009.

Official Language
The official language of MOC ’09 is English.

PhotographNo photograph is permitted during the oral and poster sessions.

Social Events & Exhibition
Get Together“Get Together” will be held in the Conference Room CR3 in theevening of Sunday, 25 October. All the attendees of MOC ’09
are cordially invited.

MOC Award Ceremony
MOC Award ceremony will be held in the MIRAI CAN Hall at
17:10, Tuesday, 27 October.

Micro Concert“Micro Concert” will be performed by Machida Philharmony
Baroque Ensemble (MPB) in the MIRAI CAN Hall in the eveningof Tuesday, 27 October. All the attendees of MOC '09 and theiraccompanying family are invited to the concert.

Conference Party
In the evening of Tuesday, 27 October, Conference Party will beheld after Micro Concert at Restaurant LA TERRE (7F). The
party will start at 18:25. All the attendees of MOC ’09 and theiraccompanying persons are cordially invited.

Technical Exhibition
Table-top technical exhibition is planned during MOC '09. Take
this opportunity to see the latest products and technologies inrelation to Microoptics. Exhibition will be held in the Conference
Room CR3. For information about exhibiting at this conference,
please contact:
B. YaoHitachi Cable, Ltd.
880 Isagozawa-cho, Hitachi, Ibaraki 319-1418, Japan
Tel: +81-294-42-5084, Fax: +81-294-42-2677
E-mail: yao.bing@hitachi-cable.co.jp

Other Information
The 50 years anniversary symposium of the 130th Committee
on Optoelectronics, JSPS (Japan Society for the Promotion of
Science) announces “International Symposium of Advanced
Photo Electronics” will be held on October 29, 2009 (next day
after finishing MOC '09) at Campus Innovation Center, Tokyo (inthe front of Tamachi JR Station), Japan sponsored by JSPS incooperation with OITDA, the 125th Committee, JSPS and
MOC '09.

Technical Sessions
Sunday, 25 October
Conference Room CR1
14:00-17:45

Microoptics Review (Tutorial)

TU1 Semiconductor optical devices
14:00 G. Hatakoshi, Toshiba Corp.
Break (14:45-15:00)
TU2 Waveguides
15:00 Y. Kokubun, Yokohama National Univ.
Break (15:45-16:00)
TU3 Optical fibers
16:00 Y. Koike, Keio Univ.
Break (16:45-17:00)
TU4 Diffractive optical elements (DOE’s)
17:00 K. Goto, Tokai Univ.

Conference Room CR3
17:45-19:15

Get Together***

Monday, 26 October
MIRAI CAN Hall
9:30-9:45
Opening Remarks
Conference Co-chairs of MOC '09:
Y. Koike, Keio Univ.
N. Mori, Konica Minolta Opto, Inc.
9:45-11:15
Chairs:
A1
9:45
A2
10:15
A3
10:45

Session A: Plenary
Y. Koike, Keio Univ.
N. Mori, Konica Minolta Opto, Inc.

From microoptics to information photonics (Plenary)
K. Kodate, Japan Women's Univ.
Toward a breakthrough in photonic integration (Plenary)
M. Smit, Eindhoven Univ. Tech.
High-contrast grating: Bringing new light tooptoelectronics (Plenary)
C. Chang-Hasnain, Univ. California, Berkeley
Break (11:15-11:30)

11:30-12:45
Chairs:Session B: Display and Lighting
S. C. Wang, National Chiao Tung Univ.
H. Takezoe, Tokyo Inst. Tech.

B1
Proposal of a novel liquid crystal display using a high
11:30 definition scattering film
T. Saruta1,2, A. Tagaya1,2, and Y. Koike1,2, 1Keio Univ.,
2
ERATO-SORST, JST
B2
Highly efficient microoptics for homogeneous LED
11:45 spots and spot arrays
A. Bräuer, P. Schreiber, P. Dannberg, and F. Wippermann,
Fraunhofer IOF

Technical Sessions
Monday, 26 October
B3
Novel high retardation polymer film and its applications
12:00 D. Kobayashi1,2, A. Tagaya1,2, and Y. Koike1,2, 1Keio Univ.,
2
ERATO-SORST, JST
B4
The lasing characteristic of GaN-based photonic crystal
12:15 surface-emitting lasers
S. W. Chen, T. C. Lu, T. T. Kao, Y. J. Hou, T. C. Liu, P. S.
Weng, Z.-Y. Li, H.-C. Kuo, and S.-C. Wang , National Chiao
Tung Univ.
B5
Azimuthally concentrated irradiance of GaN-based
12:30 light-emitting diodes with Si3N4 microstructure arrays
M.-L. Wu, Y.-C. Lee, P.-S. Lee, H.-L. Hsiao, C.-C. Chang,and J.-Y. Chang, National Central Univ.
Lunch (12:45-14:00)
14:00-15:50
Chairs:Session C: Sensing
J. Mohr, Forshungszentrum Kahrlsruhe
Y. Okino, Kansai Univ.

C1
State of the art measurements for micro-optical
14:00 components (Invited)
M. Kujawinska1 and H. Ottevaere2, 1Warsaw Univ. Tech.,2
Vrije Univ. Brussel
C2
Near-field characterization of the optical properties in
14:25 higher order plasmonic resonances
C.-H. Huang, H.-Y. Lin, C.-H. Chang, Y.-C. Lan, and H.-C.
Chui, National Cheng Kung Univ.
C3
Dependence of the Brillouin frequency shift on
14:40 temperature in a bismuth-oxide highly-nonlinear fiber
Y. Mizuno, Z. He, and K. Hotate, Univ. Tokyo
C4
Improved optical deposition of carbon nanotubes
14:55 around tapered fibers
M. Tsuji1, K. Kashiwagi2, and S. Yamashita1, 1Univ. Tokyo,
2
Tokyo Univ. Agriculture Tech.
C5
Recent developments in microoptical artificial
15:10 compound eyes
A. Brückner, K. Stollberg, J. Duparré, P. Dannberg, and A.
Bräuer, Fraunhofer IOF
C6
Rigorous vectorial high NA imaging theory (Invited)
15:25 P. Török, Imperial College, London
Break (15:50-16:05)
16:05-17:45
Chairs:Session D: Photonic Crystal and Grating
P. Török, Imperial College, London
T. Yatagai, Utsunomiya Univ.

D1
Application of slow-light photonic crystal structures for
16:05 ultra-high speed all-optical analog-to-digital conversion(Invited)
S. Yu, S. Koo, X. Piao, and N. Park, Seoul National Univ.
D2
Effect of structural parameters of photonic crystal
16:30 surface enhanced Raman spectroscopy substrate on theenhancement factor
S. Kim1, W. Zhang2, and B. T. Cunningham2, 1Chung-Ang
Univ., 2Univ. Illinois Urbana-Champaign

Technical Sessions
Monday, 26 October
D3
Optimum fabrication of volume phase holographic grism
16:45 for observing most distant galaxies
K. Nakajima and K. Kodate, Japan Women's Univ.
D4
Apodized multiple quasi-phase-matched LiNbO3 device
17:00 for wavelength conversion with low crosstalk
I. Tomita, T. Umeki, O. Tadanaga, H. Song, and M. Asobe,
NTT Corp.
D5
A metal-film sub-wavelength grating polarizer for
17:15 terahertz and infrared regions
S. Oyama1, K. Shiraishi1, C. S. Tsai2, H. Yoda1, and Y.
Kogami1, 1Utsunomiya Univ., 2Univ. California, Irvine
D6
Non-destructive
uniformity
characterizationin
17:30 waveguide-type wavelength converters
1,2
1,2
2
1,2
A. Terasaki , K. Kikuchi , Y. Ogiso , S. Kurimura , R.
Kou1,2, and H. Nakajima2, 1NIMS, 2Waseda Univ.
Refreshment (17:45-18:15)
Session E: Special Session"High-Quality Display and Broadband
Technology"
Y. Koike, Keio Univ.
Chair:
18:15 Opening Address
M. Mohri, Executive Director of Miraikan
E1
Current status and prospect of liquid crystal display
18:20 (Invited)
H. Takezoe, Tokyo Inst. Tech.
E2
Next generation display & transmission technology
18:45 (Invited)
M. Sato and H. Takizuka, Sony Corp.
E3
Highlights in broadband photonics (Invited)
19:10 G. D. Khoe, Eindhoven Univ. Tech.
E4
Organic NLO/silicon photonic integration for broadband
19:35 technology (Invited)
L. R. Dalton, Univ. Washington
20:00 Closing|
20:15
18:15-20:15

MOC '09
October 25 - October 28, 2009
at Odaiba, Tokyo, Japan
Important Deadlines
Early Registration:
September 30, 2009
Hotel Accommodations: September 30, 2009
Post Deadline Papers: September 30, 2009

Technical Sessions
Tuesday, 27 October
MIRAI CAN Hall
9:30-11:20
Chairs:
F1
9:30
F2
9:55
F3
10:10

F4
10:25
F5
10:40

F6
10:55

Session F: Waveguide Device
L. Zhang, Alcatel-Lucent
T. Suhara, Osaka Univ.

Polymer waveguides for use in sensor applications(Invited)J.
Mohr1,U.
Hollenbach1,
andT.
Mappes2,
1
Forschungszentrum Karlsruhe, 2Univ. Karlsruhe
Compact silicon-on-insulator rib waveguide bends
combined with benzocyclobutene microprisms
C.-C. Chang, H.-C. Lan, M.-H. Chung, B.-K. Shen, H.-L.
Hsiao, and M.-L. Wu, National Central Univ.
Low loss high-mesa Si/SiO2 wire waveguides fabricatedusing neutral loop discharge plasma etching for infraredabsorption spectroscopy
I. Alam1, Y. Matsunaga1, S. Hirofuji1, T. Mitomi1, T.
Murayama2, Y. Kokaze2, H. Wado3, Y. Takeuchi3, and K.
Hamamoto1, 1Kyushu Univ., 2ULVAC, Inc., 3Denso Corp.
Nonlinear surface waves in modulated waveguide arrays
I. L. Garanovich1, X. Qi2, Z. Xu1, A. A. Sukhorukov1, W.
Krolikowski1, A. Mitchell3, D. N. Neshev1, and Y. Kivshar1,
1
Australian National Univ., 2Nankai Univ., 3RMIT Univ.
Temperature-independent monitoring technique withvisible light for optical access systems using chirped
QPM device
T. Kubo, T. Umeki, T. Taniguchi , O. Tadanaga, N. Sakurai, H.
Kimura, K. Kumozaki, and M. Asobe , NTT Corp.
Design and fabrication of liquid crystal based
electro-optical waveguide devices (Invited)
H. P. Chan, M. A. Uddin, and P. S. Chung, City Univ. Hong
Kong
Break (11:20-11:35)

11:35-12:50
Chairs:Session G: Switching
D. Moss, Univ. Sydney
S. Ura, Kyoto Inst. Tech.

G1
512×512 port 3D MEMS optical switch module with
11:35 toroidal concave mirror
Y. Kawajiri1, N. Nemoto1, T. Yamamoto2, J. Yamaguchi1, M.
Makihara1, Y. Ishii1, K. Sasakura3, and F. Shimokawa1, 1NTT
Corp., 2NTT Electronics Corp., 3NTT-AT Corp.
G2
Low-crosstalk wavelength-selective switch using MEMS
11:50 mirror array integrated with a z-shaped alignment markK. Hadama, Y. Ishii, N. Matsuura, M. Usui, E. Hashimoto, T.
Matsuura, and F. Shimokawa, NTT Corp.
G3
Demonstration of OCDM coding and variable bandwidth
12:05 filtering by wavelength selective switch using quadruple
series coupled microring resonators
K. Tanaka and Y. Kokubun, Yokohama National Univ.

Technical Sessions
Tuesday, 27 October
G4Port-dependent loss variation reduction of AWG
12:20 wavelength multiplexer by using wavefront matching
methodY. Sakamaki, S. Kamei, T. Hashimoto, T. Kitoh, T. Shibata,and H. Takahashi, NTT Corp.
G5
Demonstration of wide hysteresis window bi-stable laser
12:35 diode using different lateral mode paths in active
multimode interferometer
H. Jiang1, H. A. Bastawrous1, Y. Tahara1, S. Matsuo2, and K.
Hamamoto1, 1Kyushu Univ., 2NTT Corp.
Lunch (12:50-14:00)
14:00-15:10
Chairs:Session H: Material for Display
A. Bräuer, Fraunhofer IOF
N. Arai, Konica Minolta Opto, Inc.

H1
Optical admittance monitoring for general and
14:00 sophisticated optical coatings (Invited)
K. Wu, Y.-J. Chen, and C.-C. Lee, National Central Univ.,
TaiwanH2
Proposal of retardation film with reverse dispersion
14:25 containing an inorganic birefringent crystal
K. Shikama1,2, A. Tagaya1,2, and Y. Koike1,2, 1Keio Univ.,
2
ERATO-SORST, JSTH3
Tunable refractive index organic-inorganic hybrid
14:40 optical materials for multilayer film applications
O. Sugihara1, Y. Kurata1, K. Komatsu2, and T. Kaino1,
1
Tohoku Univ., 2Sendai National College Tech.
H4
Fabrication and characterization of 1-D diffusing
14:55 elements
R. Bitterli1, M. Kim1, T. Scharf1, H.-P. Herzig1, W. Noell1, C.
Ataman1, N. de Rooij1, A. Bich2, S. Roth2, R. Völkel2, and K.
Weible2, 1Ecole Polytechnique Federale de Lausanne,
2
SUSS MicroOptics SA

Conference Room CR1, CR2, and CR3
15:10-17:10

Session J: Poster Session(15:10-16:10) Odd numbers: 1st half
(16:10-17:10) Even numbers: 2nd half
J1
J2

Transmittance analysis of holographically fabricatedphotonic crystals by the effective medium theory
M. Notsu and Y. Ono, Ritsumeikan Univ.
Correlation between mode coupling and fluctuation
within graded-index polymer optical fiber
M. Suga1,2, K. Nehashi1, S. Takahashi2, and Y. Koike1,2, 1Keio
Univ., 2ERATO-SORST, JSTTechnical Sessions
Tuesday, 27 October
J3

J4

J5
J6

J7
J8
J9

J10

J11

J12

J13

J14
J15
J16

Analysis of liquid crystal properties for photonic crystal
fiber devices
J. Weirich1, J. Lægsgaard1, L. Wei1, S. Gauza2, H. Xianyu2,
T. Wu2, S.-T. Wu2, T. T. Alkeskjold3, and A. Bjarklev1, 1Tech.
Univ. Denmark, 2Univ. Central Florida, 3Crystal Fibre A/S
A broadband mirror using a two-dimensional
subwavelength grating
Y. Wakabayashi, S. Kimura, J. Yamauchi, and H. Nakano,
Hosei Univ.
Noise characteristics of photonic label recognition by
time-space conversion and delay compensation
H. Tsunematsu, N. Goto, and S. Yanagiya, Univ. Tokushima
Simulation study of photonics crystals using a highaccuracy FDTD algorithm based on non standard finite
differences
K. Chakrabarti and J. B. Cole, Univ. Tsukuba
Long-period waveguide grating arrays for discreteunitary optical transformations
S.-Y. Tseng, National Cheng Kung Univ.
Diffractive spatiotemporal lens with wavelength
dispersion compensation
K. Kimura, S. Hasegawa, and Y. Hayasaki, Utsunomiya Univ.
Comparison of field enhancement based on surface
plasmon resonance and geometrical dependence in adual cross-shaped nanoaperture
S.-M. Kang, T. Kim, K.-S. Park, N.-C. Park, and Y.-P. Park,
Yonsei Univ.
Multiple Brewster angles caused by embedded magnetic
particles
C. Liao1,2, A. Liu1,2, C.-J. Liao1,2, J.-L. Chen1,2, B.-H. Yang1,2,
and Z.-P. Zhao1,2, 1National Formosa Univ., 2Advanced
Research & Business Lab.
Spatial frequency property of holographic femtosecond
laser processing
Y. Takahashi, S. Hasegawa, and Y. Hayasaki, Utsunomiya
Univ.
Design of subwavelength structure micro diffractionlenses with genetic algorithm
T. Shirakawa1, K. L. Ishikawa2, S. Suzuki3, Y. Yamada3, and
H. Takahashi1, 1Univ. Tokyo, 2RIKEN, 3Ricoh Co., Ltd.
Feasibility study of digital auto focusing of a small F/#
compact camera using wavefront coding
T.-S. Kim, S.-H. Lee, N.-C. Park, Y.-P. Park, and K.-S. Park,
Yonsei Univ.
Integrated lenses for microfluidic systems
H. C. Hunt and J. S. Wilkinson, Univ. Southampton
Comparison of characteristics between cubic phasemask and free-form phase mask for wavefront coding
H. Kudo and S. Komatsu, Waseda Univ.
Surface plasmon resonance using a solid immersion
lens
C.-K. Min, Y.-P. Park, N.-C. Park, and K.-S. Park, Yonsei
Univ.

Technical Sessions
Tuesday, 27 October
J17
J18

J19

J20
J21

J22
J23

J24

J25

J26

J27

J28

J29

Electromagnetic
wave
scatteringfromsilvernanoparticle on the substrate
K.-D. Chang, Y.-M. Wang, and R.-H. Uang, ITRI
Compound optical element for polarized white lightemitting diodeC.-W. Hsu, C.-L. Lu, and J.-C. Su, National Taiwan Univ. Sci.
Tech.
LED backlight module of ultra-thin high brightness
system design and analysis
J.-C. Yu, Y.-C. Fang, J.-S. Huang, W.-C. Lai, B.-W. Wu, B.-R.
Hsueh, and S.-F. Wang, National Kaohsiung First Univ. Sci.
Tech.
Modeling of high-power multi-die LED
A.-C. Wei, Foxsemicon Integration Tech. Inc.
Elementary field decomposition and S-matrix algorithm
for partially coherent illumination in linear micro- andnanostructured gratings
H. J. Hyvärinen and J. Turunen, Univ. Joensuu
Transparency through opaque metamaterial layers
K.-Y. Kim, Sejong Univ.
A novel opto-mechanical modeling approach in plastic
optical fiber coupling systems
E. Moens1, H. Ottevaere1, M. Vervaeke1, Y. Meuret1, C. V.
Buggenhout2, P. D. Pauw2, and H. Thienpont1, 1Vrije Univ.
Brussel, 2Melexis Ieper NV
Analysis of antireflection structure for visible spectrum
J.-R. Sze1, A.-C. Wei2, J.-S. Kao1, and F.-Z. Chen1,1Instrument Tech. Research Center, 2Foxsemicom Integrated
Tech. Inc.
Aluminium nano particle for light absorption
enhancement of thin film solar cell through surface
plasmon resonance
C.-C. Chao1, C.-M. Wang2, and J.-Y. Chang1, 1National
Central Univ., 2National Dong Hwa Univ.
High-power single-mode vertical-cavity surface-emitting
lasers with holey-structure
I.-W. Kim1, I.-K. Hwang1, J.-W. Lee2, H.-E. Shin3, and H.-D.
Kim3, 1Chonnam National Univ., 2Sejong Univ., 3Opticis Inc.
Synthesis, optical characterization and Rayleighscattering properties of transparent TiO2 nanohybrid
polymer
H. I. Elim, B. Cai, O. Sugihara, T. Kaino, and T. Adschiri,
Tohoku Univ.
Comparison of proton-exchange acids for the
fabrication of ridge structures on gamma-ray irradiatedlithium niobate
C.-H. Chang1, Y.-Y. Wei2, and W.-S. Wang1, 1National Taiwan
Univ., 2National Tsing-Hua Univ.
New technique for preparation of epoxy Novolak resin
polymer waveguides
V. Prajzler1, O. Lyutakov2, J. Tuma2, I. Huttel2, and V.
Jerabek1, 1Czech Tech. Univ., 2Inst. Chem. Tech.

Technical Sessions
Tuesday, 27 October
J30

J31

J32

J33

J34

J35

J36
J37

J38
J39

J40

J41

Polymer optical waveguides for hybrid photonics
applications
V. Prajzler1, I. Huttel2, O. Lyutakov2, T. Vesely1, J. Spirkova2,and V. Jerabek1, 1Czech Tech. Univ., 2Inst. Chem. Tech.
Improved luminescent behavior of YVO4:Eu3+ ceramic
phosphors by Li content
H. K. Yang1, B. K. Moon1, B. C. Choi1, J. H. Jeong1, and J. H.
Kim2, 1Pukyong National Univ., 2Dongeui Univ.
Improvedphotoluminescenceof
Y1-xLaxVO4:Eu3+
phosphors by La substitution
K. S. Shim1, J. W. Chung1, S. W. Park1, J. H. Jeong1, K. W.
Jang2, and H. S. Lee2, 1Pukyong National Univ., 2Changwon
National Univ.
Orientation controlled anisotropic volume gratings
using liquid-crystal composites
A. Ogiwara1, K. Ohbayashi1, H. Kakiuchida2, K. Yoshimura2,
M. Tazawa2, H. Ono3, and A. Emoto3, 1Kobe City College
Tech., 2AIST, 3Nagaoka Univ. Tech.
Fabrication of blazed grating by using phase-shiftingmask
H. Awazu1, K. Kintaka2, K. Nishio1, Y. Awatsuji1, S. Ura1, andJ. Nishii2, 1Kyoto Inst. Tech., 2AISTFormation of volume holographic memory using
liquid-crystal composites for optically reconfigurable
gate array
A. Ogiwara1, Y. Ochi1, M. Miyake1, M. Watanabe2, T.
Mabuchi2, and F. Kobayashi3, 1Kobe City College Tech.,2
Shizuoka Univ., 3Kyushu Inst. Tech.
withdrawn
Time-resolved
interferometricobservationoffemtosecond laser-induced phenomena in transparent
materials
M. Isaka, A. Takita, and Y. Hayasaki, Utsunomiya Univ.
Linear structures fabricated by a line-shaped
femtosecond laser pulse
K. Shiono, S. Hasegawa, and Y. Hayasaki, Utsunomiya Univ.
The
mechanismofgenerating
photoelastic
birefringence of methacrylates for optical devices
H. Shafiee1, A. Tagaya1,2, and Y. Koike1,2, 1Keio Univ.,
2
ERATO-SORT, JSTWhite light generation in Tm3+/Ho3+/Yb3+ doped
aluminum germanate glasses
D. L. Yang1,2, H. Gong2, H. Lin1,2, and E. Y. B. Pun1, 1City
Univ. Hong Kong, 2Dalian Polytechnic Univ.
Development of ultra precision UV-nanoimprinting
process for large-area optical functional rigid
transparent substrate
J. Lim, M. Choi, H. Kim, S. Choi, and S. Kang, Yonsei Univ.

Technical Sessions
Tuesday, 27 October
J42

J43

J44

J45

J46

J47
J48
J49

J50
J51

J52

J53

J54

The fabrication of micro-prism structure with scanning
immersion lithography technology
Q.-L. Deng1, Y.-C. Lin1, C.-Y. Chen1, B.-Y. Shew2, and N.-H.
Chen3, 1National Yunlin Univ. Sci. Tech., 2National
Synchrotron Radiation Research Center, 3Chienkuo Tech.
Univ.
Periodic structures applied on thin-GaN LEDs by
surface structure for output power enhancement
S.-H. Tu1, S.-H. Chen1, J.-W. Pan2, C.-M. Wang3, and J.-Y.
Chang1, 1National Central Univ., 2National Chiao Tung Univ.
Tainan, 3National Dong Hwa Univ.
The performance of ultraviolet absorber on ultraviolet
and visible wavelength for the flexible cyclo-olefin
copolymer substrates
S. J. Hwang1, H. H. Yu2, M. S. He2, H. H. Lin2, S. F. Li2, andS. C. Hung2, 1National Unite Univ., 2National Formosa Univ.
Nanoparticles induced bistable splay-bend liquid crystal
display
J. C. Huang1, H. H. Yu1, S.-C. Jeng2, and S. J. Hwang3,
1
National Formosa Univ., 2National Kaohsiung Univ. Appl.
Sci., 3National Unite Univ.
Design and fabrication of compact size optical pick-up
system for biosensor
B. Kim1, E. Cho1, H. Ko2, G. Y. Sung2, and S. Kang1, 1Yonsei
Univ., 2ETRI
Colored laser photography for high speed imaging
C.-S. Liu1, C.-H. Chen1, C.-C. Chung1, P.-H. Lin1, K.-H. Lin1,
and Y.-N. Sun2, 1ITRI, 2National Cheng Kung Univ.
Interferometric nanoscale comparator
M. Čižek, R. Šmíd, J. Hrabina, J. Lazar, and O. Číp, Acad.
Sci. Czech. Republic
Ultra-narrow band selection of femtosecond laser comb
to precision measurement of length stability
R. Šmíd, O. Číp, J. Lazar, M. Čižek, and J. Hrabina, Acad.
Sci. Czech. Republic
Quasi-distributed optical pulse correlation sensing
system based on partial reflectors
X. Xu and K. Nonaka, Kochi Univ. Tech.
High-resolution optical frequency domain reflectometry
using wavelength reference interferometer
B.-C. Jeon, E.-S. Kim, and I.-K. Hwang, Chonnam National
Univ.
Near-field optical imaging of polarization-dependent
plasmonic resonance in metal nanoparticle pairs
H.-Y. Lin, C.-H. Huang, C.-H. Chang, Y.-C. Lan, and H.-C.
Chui, National Cheng Kung Univ.
Dual-polarization phase measurements in a MachZehnder interferometer
R.-C. Twu, M.-T. Hsu, H.-Y. Hong, and Y.-F. Chu, Southern
Taiwan Univ.
A method to evaluate optical image stabilizer in image
sensor module
S.-C. Shin1, B.-W. Kim1, J.-C. Jin1, K.-M. Choi2, and S.
Kang1, 1Yonsei Univ., 2Samsung Electro-mechanics Ltd.

Technical Sessions
Tuesday, 27 October
J55

J56
J57

J58

J59

J60
J61

J62

J63

J64

J65
J66
J67

Green light Interferometry for metrological SPM
positioning
J. Lazar1, P. Klapetek2, O. Číp1, M. Čížek1, J. Hrabina1, andM. Šerý1, 1Academy Sci. Czech Republic, 2Czech MetrologyInst.
Non-contact area measurement using circular Dammann
grating (CDG)
F. J. Wen, Z. Chen, and P. S. Chung, City Univ. Hong Kong
Three dimensional infrared spectrometer study themolecule pretilt angle of the liquid crystal cells
S. J. Hwang1, H. H. Yu2, and T. Y. Cheng2, 1National Unite
Univ., 2National Formosa Univ.
Optical quality characterization of semiconductor
microlenses using a Mach-Zehnder interferometer in thenear-infrared region
H. Ottevaere, V. Gomez, and H. Thienpont, Vrije Univ.
BrusselExtended depth of field in a projected fringe profilometry
using a phase mask
W.-C. Su1, W.-H. Su2, and C.-S. She2, 1National Changhua
Univ., 2National Sun Yat-Sen Univ.
Fabrication of ridge waveguide in LiNbO3 thin film
crystal by proton-exchange accelerated etching
T. Takaoka, M. Fujimura, and T. Suhara, Osaka Univ.
Multiple-cavity Fabry-Perot resonator waveguides withferroelectric liquid crystal cladding for optical tunablefilterA. Kato, K. Nakatsuhara, and T. Nakagami, Kanagawa Inst.
Tech.
A compact optical switch using HfO2 waveguide withferroelectric liquid crystal cladding
K. Nakatsuhara, T. Sawa, A. Isikawa, Y. Goto, and T.
Nakagami, Kanagawa Inst. Tech.
Asymmetric widths branching Si wire waveguide
coupler
H. Okayama, H. Yaegashi, and Y. Ogawa, Oki Electric Ind.
Co., Ltd.
Tapered optical fibers with refractive index change in the
propagation direction
D. Motoyoshi1, T. Suda2, Y. Fujii2, Y. Kajikawa2, andS. Kobayashi1, 1Chitose Inst. Sci. Tech., 2Photonic Sci.
Tech., Inc.
Simple and reliable evaluation method of multi-mode
polymer optical waveguides
O. Sugihara, F.-S. Tan, and T. Kaino, Tohoku Univ.
Lens optimization in optical interconnect using
optical-simulation
R. Horie, IBM Tokyo Research Lab.
Long-period fiber grating sensors fabricated bymercury-lamp exposure: comparison with excimer-laser
exposure
T. Mizunami, K. Yamamoto, Y. Sho, and Y. Ishida, Kyushu
Inst. Tech.

Technical Sessions
Tuesday, 27 October
J68

J69

J70

J71

J72
J73
J74
J75

J76

J77
J78

J79

J80

Tailorable
opticaldiffractive
gratings
using
photopolymerization and/or phase separation inpolymer and monomer mixtures
A. Emoto1, S. B. Baharim1, T. Shioda1, A. Ogiwara2, and H.
Ono1, 1Nagaoka Univ. Tech., 2Kobe City College Tech.
Broadband transmission concentrator for multi-junction
solar cell
C.-M. Wang1, H.-I. Huang2, C.-C. Chao2, and J.-Y. Chang2,
1
National Dong Hwa Univ., 2National Central Univ.
Fiber transmission characteristics of parabolic pulses
generated by optical pulse synthesizer
H. Ishizu, K. Kashiwagi, Y. Tanaka, and T. Kurokawa, Tokyo
Univ. Agriculture Tech.
Parametric amplification in LiNbO3 waveguide forphotonic network
K. Kikuchi1,2, S. Kurimura1,2, R. Kou1,2, A. Terasaki1,2, H.
Nakajima2, K. Kondou3, and J. Ichikawa3, 1NIMS, 2Waseda
Univ., 3Sumitomo Osaka Cement Co., Ltd.
Electro-optic modulator with polarization reversal for
IQ-splitting of microwave signal
T. Yokota, H. Murata, and Y. Okamura, Osaka Univ.
Optical feedback signal’s wavelength dependence on
quality of low time jitter optical short pulse generation
N. Kitaoka, K. Nonaka, and X. Xu, Kochi Univ. Tech.
Analysis of a LiNbO3 1-D photonic crystal structure
waveguide and its application to optical switch
Y. Nakanishi, H. Murata, and Y. Okamura, Osaka Univ.
Dynamicallyreconfigurable
fiber
couplingbypolarization-independent double phase-conjugation
Y. Wakayama1, A. Okamoto1, A. A. Grabar2, and K. Sato3,
1
Hokkaido Univ., 2Uzhgorod National Univ., 3Hokkai-Gakuen
Univ.
Fiber-fault surveillance scheme for branched optical
networks
S.-L. Lee1, K.-C. Jong2, and H.-W. Tsao2, 1National Taiwan
Univ. Sci. Tech., 2National Taiwan Univ.
Evanescent wave coupled optical light beam deflector
with symmetrical structure
H. Okayama, Oki Electric Ind. Co., Ltd.
Examination of high-speed spatial light modulation
using anti-ferroelectric liquid crystal
K. Ogawa1, M. Kobayashi1, and Y. Suzuki2, 1Japan Women’s
Univ., 2LCA
Optically
drivensensor
network
basedon
microprocessor controlled nodes with MEMS modulator
M. Kinoshita1, A. Takahashi1, K. Kashiwagi1, Y. Tanaka1, T.
Kurokawa1, M. Azemoto2, and Y. Machijima2, 1Tokyo Univ.
Agriculture Tech., 2Lazoc Inc.
Functional organic light-emitting device for opticalwireless transmissions
M. Kasai1, K. Ogawa1, X. Lin2, and H. Itoh2, 1Japan Women's
Univ., 2 AISTTechnical Sessions
Tuesday, 27 October
J81

J82

J83

J84

J85
J86
J87

J88

J89

J90

J91
J92

J93

Stable and wavelength-tunable short pulse generationfrom a rational harmonic mode-locked short-cavity fiber
ring laser using a bismuth-based erbium-doped fiberand a bismuth-based highly nonlinear fiber
Y. Fukuchi and J. Maeda, Tokyo Univ. Sci.
Preliminary evaluation on single wavelength active
multi-mode-interferometer laser diodes for high power
application
Y. Hinokuma and K. Hamamoto, Kyushu Univ.
Wavelength and pulsewidth-tunable harmonicallymode-locked fiber laser using a bismuth-based
erbium-doped fiber and a bandwidth-variable tunablefilterY. Fukuchi and J. Maeda, Tokyo Univ. Sci.
Negative feedback semiconductor optical amplifier
using fiber Bragg gratings
Y. Maeda1 and M. Takagi2, 1Kinki Univ., 2Tatsuta Electric Wire
Cable Co., Ltd.
Theoretical design of current injection type high-index
contrast subwavelength grating mirror for VCSELs
Y. Mikoshiba and T. Miyamoto, Tokyo Inst. Tech.
Microprocessing and optical damage by a 1.56-μm
femtosecond fiber-laser amplifier system
T. Mizunami, H. Yoshihara, and A. Ehara, Kyushu Inst. Tech.
Characteristics of a glass-based guided-wave optical
microphone
H. Nikkuni1, M. Ohkawa2, and T. Sato2, 1Tokyo National
College Tech., 2Niigata Univ.
Diaphragm size-dependent resonance frequency in a
glass-based guided-wave optical microphone
M. Nakajima, H. Nikkuni, M. Ohkawa, and T. Sato, Niigata
Univ.
Emission properties of polymer light-emitting diodes
utilizing
amorphous
and
β
phase
poly(9,9-dioctylfluorene)
R. Takata, D. Kasama, H. Kajii, and Y. Ohmori, Osaka Univ.
Simple spot-size converter with narrow waveguide forsilicon wire circuits
Y. Shoji, K. Kintaka, S. Suda, H. Kawashima, T. Hasama,and H. Ishikawa, AIST
Design and evaluation of micro laser module for lightdelivery in heat assisted magnetic recording
Y. Kim, Y. Choi, and M. Lee, Yonsei Univ.
Different electrode patterns design for thin-GaN LED
current spreading
S.-H. Tu, F.-S. Hwu, F.-L. Lin, S.-Y. Kuo, G.-J. Sheu, J.-C.
Chen, and J.-Y. Chang, National Central Univ.
Light-delivery system using laser-integrated head forthermally-assisted magnetic recording
J. Shimizu, T. Matsumoto, I. Naniwa, S. Arai, H. Furuichi, S.
Sasaki, S. Nakamura, K. Nakamura, Y. Iwanabe, and H.
Miyamoto, Hitachi Ltd.

Technical Sessions
Tuesday, 27 October
J94

Study of error-free optical line switching method forhigh-speed Ethernet optical access system
K. Katayama, T. Tsujimura, K. Yoshida, K. Tanaka, Y. Azuma,
and M. Shimizu, NTT Corp.
J95
The color record and readout system using multiple
wavelengths to random-reference multiplexing scheme
A. Inoue1, Y. Takayama2, and K. Kodate1, 1Japan Women's
Univ., 2NICT
J96
Extension of depth of field for iris recognition system by
wavefront coded imaging using free-form phase mask
T. Shakushio and S. Komatsu, Waseda Univ.
J97
Prototype system of digital holographic microscopy
observable in multi-view and multi-resolution
G. Zhaozhe, T. Shimobaba, N. Masuda, and T. Ito, Chiba
Univ.
J98
Color imaging using optimized free-form phase mask forwavefront coding
Y. Yoneda, R. Obana, and S. Komatsu, Waseda Univ.
J99
Strong fluorescence signal enhancement with asubwavelength resonant waveguide grating
O. Hyvärinen, P. Karvinen, T. Nuutinen, J. Rahomäki, and P.
Vahimaa, Univ. Joensuu
J100 Prototype of a compact optical correlator for video
copyright protection
A. Naito, E. Watanabe, and K. Kodate, Japan Women's Univ.
J101 Alarge-scale
hologramsimulationusing
acomputer-aided design tool for electroholography
T. Shimobaba, N. Masuda, and T. Ito, Chiba Univ.
J102 Second optics free concentrator by using reflection andrefraction hybrid prism
C.-M. Wang1, H.-I. Huang2, J.-W. Pan3, H.-Z. Kuo4, H.-F.
Hong4, H.-Y. Shin4, and J.-Y. Chang2, 1National Dong Hwa
Univ., 2National Central Univ., 3National Chiao Tung Univ.,
4Inst. Nuclear Energy Research

MIRAI CAN Hall
17:10-17:25

MOC Award Ceremony

17:25-18:25

Micro Concert

Restaurant LA TERRE (7F)
18:25-20:00

Conference Party

Technical Sessions
Wednesday, 28 October
MIRAI CAN Hall
9:30-11:10
Chairs:Session K: Active and Functional Device
N. Park, Seoul National Univ.
S. Tsuji, Hitachi Ltd.

K1
9:30

Low power CW four-wave mixing in high index doped
silica glass micro-ring resonators (Invited)
D. J. Moss1, M. Ferrera2, L. Razzari3, D. Duchesne2, R.
Morandotti2, M. Liscidini4, J. E. Sipe4, S. Chu5, and B. E.
Little5, 1Univ. Sydney, 2INRS-EMT, 3Univ. Pavia, 4Univ.
Toronto, 5Infinera Corp.
K2
The integration of pattern sapphire substrate and9:55 imprint technique on GaN-based LEDs for output power
enhancement and emission pattern modulation
S.-H. Tu, J.-Y. Lin, S.-Y. Wu, C.-J. Tun, C.-H. Kuo, and J.-Y.
Chang, National Central Univ.
K3
115 mW high power superluminescent light emitting
10:10 diodes using active multi-mode interferometer
Z. Zang1, P. Navaretti2, Y. Hinokuma1, T. Minato1, M. Duelk2,
C. Velez2, and K. Hamamoto1, 1Kyushu Univ., 2EXALOS AG
K4
Proposal of gain-matched VCSELs with a thermally
10:25 actuated cantilever structure for ultra-wide temperature
operation
H. Sano and F. Koyama, Tokyo Inst. Tech.
K5
Signal to noise ratio improvement in optical fiber loop
10:40 memory with optical switch and EDFA
K. Fujii1, K. Kashiwagi1, T. Shioda2, Y. Tanaka1, and T.
Kurokawa1, 1Tokyo Univ. Agriculture Tech., 2Nagaoka Univ.
Tech.
K6
Micro-optic in-line rotation sensor utilizing polarization
10:55 behavior of VCSEL
S. Shoda, M. Nishimura, K. Nishio, C. Ito, Y. Awatsuji, and S.
Ura, Kyoto Inst. Tech.
Break (11:10-11:25)

11:25-12:50
Chairs:
L1
11:25
L2
11:50

Session L: Interconnection
M. Smit, Eindhoven Univ. Tech.
H. Sasaki, Oki Electric Ind. Co., Ltd.

InP-based photonic integrated devices (Invited)
L. Zhang and C. R. Doerr, Alcatel-Lucent
A simultaneous up-tapering spot-size converter forsilicon-wire waveguides
T. Ishimura1, H. Yoda1, K. Shiraishi1, S. C. Tsai2, and C. S.
Tsai3,4, 1Utsunomiya Univ., 2California State Univ., 3Univ.
California, Irvine, 4National Taiwan Univ.
L3
Aperture miniaturization of grating coupler by
12:05 integration of cavity-resonator
Y. Kita1, K. Kintaka2, K. Shimizu1, Y. Awatsuji1, and S. Ura1,
1
Kyoto Inst. Tech., 2AIST
L4Silicon-optical-bench-based
opticalinterconnect
12:20 modules
H.-L. Hsiao, H.-C. Lan, C.-Y. Lee, S.-P. Chen, C.-C. Chang,
Y.-C. Lee, and M.-L. Wu, National Central Univ.

Technical Sessions
Wednesday, 28 October
L5
Fabrication tolerant single-trench type waveguide mode
12:35 converter
S.-H. Kim, R. Takei, and T. Mizumoto, Tokyo Inst. Tech.
Lunch (12:50-14:00)
14:00-15:55
Chairs:
M1
14:00

M2
14:25
M3
14:40
M4
14:55
M5
15:10

M6
15:25
M7
15:40

Session M: Fiber Technology
H. P. Chan, City Univ. Hong Kong
H. Kanamori, Sumitomo Electric Ind., Ltd.

Polymer microstructured optical fibers - overview of
the novel geometries and functional plastics for avariety of applications including photonic textiles andhigh bit rate data communications, low-loss mid-IR and
Thz guiding, as well as plasmonic sensing andnanophotonics (Invited)
M. Skorobogatiy, Ecole Polytechnique de Montréal
Multi-core holey fibers for ultra large capacity
wide-band transmission
K. Imamura, K. Mukasa, Y. Mimura, and T. Yagi, Furukawa
Electric Co., Ltd.
Plastic optical fibers for gigabit communications at
670-680 nm wavelength
T. Kado1,2, K. Koike1,2, Z. Satoh1,2, and Y. Koike1,2, 1Keio
Univ., 2ERATO-SORST, JST
Bandwidth enhancement of graded index plastic
optical fiber
T. Noda1,2, S. Takahashi2, and Y. Koike1,2, 1Keio Univ.,
2
ERATO-SORST, JST
Fabrication and evaluation of polymer waveguide
Bragg filter by one-step nanoimprint using
three-dimensional mold-mask
T. Hashimoto, N. Xie, T. Tatsuzaki, H. Mori, J. Mizuno, andK. Utaka, Waseda Univ.
On-chip tunable long-period gratings in liquid crystal
infiltrated photonic crystal fibers
L. Wei1, J. Weirich1, T. T. Alkeskjold2, and A. Bjarklev1,
1
Tech. Univ. Denmark, 2Crystal Fibre A/S
Suppression of fiber fuse propagation in photonic
crystal fiber (PCF) and hole assisted fiber
N. Hanzawa, K. Kurokawa, K. Tsujikawa, T. Matsui, and S.
Tomita, NTT Corp.
Break (15:55-16:10)

16:10-16:40
Chairs:Session PD: Post Deadline Papers
M. Kujawinska, Warsaw Univ. Tech.
K. Ueyanagi, JST

16:40-16:55 Closing Remarks
Program Co-chairs:
T. Miyamoto, Tokyo Inst. Tech.
H. Shoji, Sumitomo Electric Ind., Ltd.

REGISTRATION
Registration Fees
Before/On
After
Sept. 30, 2009
Sept. 30, 2009
Conference (General)¥45, 000¥50, 000(Student, Retiree)¥10, 000¥12, 000
Extra Copy of Digest¥6, 000¥6, 000
The registration fee includes admission to MOC '09 and a copyof Technical Digest.
MOC '09 Organizing Committee entrusts Event & Convention
House, Inc. with a part of the management.
Those who wish to attend MOC’09 should register online at
http://www.comemoc.com/moc09/
If you have any questions, please contact
MOC ’09 Registration Desk
Event & Convention House, Inc.
Shuwa-Okachimachi Bldg. 8F
4-27-5 Taito, Taito-ku, Tokyo 110-0016, Japan
Phone: +81-3-3831-2601, Fax: +81-3-5807-3019
E-mail: regdesk@moc2009.com
All payment should be made in Japanese yen by one of thefollowing methods:
1. Bank transfer(For overseas attendees)
Bank Name: Bank of Tokyo-Mitsubishi UFJ,
Ueno Chuo Branch
Account Name: MOC09
Account No.: Ordinary Deposit No. 0018516
Phone: +81-3-3831-1211
Swift Code: BOTKJPJT(For domestic attendees)
三菱東京UFJ銀行 上野中央支店
口座番号：普通 0018516
口座名：MOC09（エムオーシーゼロキュウ） 代表 遠藤 実
2. Credit card
Master Card, VISA, American Express, JCB and Diners Clubare available. Personal checks are NOT accepted.
Pre-registration, by September 30, 2009, is encouraged and will
be entitled to reduced fees. Upon receipt of registration
information and payment, MOC '09 Registration Desk will sendan e-mail of confirmation which should be printed and presented
at the Conference Registration Desk.

REGISTRATION CANCELLATION POLICYNo refunds of the registration fee will be made for any
reasons whatever. In the event of registrant unable to attend
the conference, a copy of Technical Digest will be sent after the
conference.

HOTEL ACCOMMODATIONSEvent & Convention House, Inc. will be the official agent forhotel accommodations and other travel arrangements.
Reservation
shouldbemadeonlineat
http://www.comemoc.com/moc09 no later than September 30,
2009, together with the payment of deposit (¥10,000 per room)and handling charge (¥500 per room). Method of payment is
the same as that for conference registration. Balance of room
charge will be charged after October 1, 2009.
Hotel Name

Code

Room
Type

Room
ChargeTokyo Bay
AriakeWashington
Hotel

1S

Single¥12,600

Hotel Unizo
Shimbashi

2S

Single¥12,700

Hotel
Sunroute
Ariake3SSingle¥12,050

Hotel Trusty
Tokyo
Bayside4S

Single¥15,850

Hotel Location
3 min. walk from
Ariake Station,
Yurikamome Line or
Kokusai Tenjijo
Station, Rinkai Line
4 min. walk from
Shimbashi Station,
Yurikamome Line
3 min. walk from
Ariake Station or
Kokusai Tenjijo
Seimon Station,
Yurikamome Line
5 min. walk from
Kokusai Tenjijo
Seimon Station,
Yurikamome LineThe above rates are per room, including breakfast, service
charge and consumption tax. Handling charge is not included.
Please refer to http://www.comemoc.com/moc09/ forthe hotel location information.

HOTEL CANCELLATION REFUND POLICY
Any kind of cancellation or reservation change must be
submitted in writing to MOC ’09 Registration Desk, Event &Convention House, Inc.
If you cancel the reservation, Event & Convention House, Inc.
will refund the hotel deposit after deducting the following
cancellation fee. Please note that the handling charge will not be
refunded.
* 9 days or more prior to the date of arrival:
No cancellation charge* 8 to 3 days prior:
20% of one night accommodation fee* Fewer than 3 days prior, or no notice given:
100% of one night accommodation fee

General Information
LOCATION OF CONFERENCE SITE
The MOC’09 will take place at Miraikan (National Museum of
Emerging Science and Innovation), Odaiba, Tokyo, Japan.
Miraikan 2-41, Aomi, Koto-ku, Tokyo, 135-0064 Japan
http://www.miraikan.jst.go.jp/index_e.html
JR east trains Information:
http://www.jreast.co.jp/e/using/index.html
Airport Limousine Bus Schedule:
http://www.limousinebus.co.jp/en/timetable/
narita/takeshiba_rinkaihukutoshin_h.html

Narita Airport
Terminal 1
Terminal 2

Keisei Railway Skyliner
Yamanote Line
NipporiShinjyuku

JR eastNarita Express

Akihabara

ShibuyaTokyo

AirportLimousine Bus

Shimbashi
Odaiba Hotels

Central Tokyo

Telecom Center

Miraikan
Yurikamome Line

Miraikan- Yurikamome Line
5-minute walk from "Fune-no-kagakukan station"
4-minute walk from "Telecom Center station"- Rinkai Line
15-minute walk from "Tokyo Teleport station"- Tokyo Metropolitan (Toei) Bus
1-minute walk from “Nippon Kagaku Miraikan Mae”

Miraikan Floor Map

CR
3

CR2
CR1

(Oct. 25)
(Oct. 26, 27, 28)
Registraion Desk

7F

Mirai CAN
Hall

Restaurant
LA TERRE

EV

1F

Miraikan
Exhibition RoomEV

Main Entrance(Oct. 25, 26, 28)

Miraikan
The National Museum of
Emerging
ScienceandInnovation (Miraikan) is a new
type of science museum thatlinks people directly with the
new wisdom of the 21st
century. At the heart ofMiraikan’s activities is the
cutting-edge
scienceandtechnology.
This
is
the
“state-of-the-art knowledge andinnovation” which Miraikan
aims to share with the wholesociety as part of enrichedhuman culture.

OdaibaOdaiba is a large artificial
island in Tokyo Bay, Japan,
across the Rainbow Bridgefrom central Tokyo. It was
initially built for defensive
purposesinthe1800s,
dramatically expanded during
the late 20th century as aseaport district, and has
developed since the 1990s as amajor commercial, residential and leisure area.

Entrance(Oct. 27)

General Information
Visa
Visitors from countries whose citizens must have visas should
apply to a Japanese consular office or diplomatic mission in theirrespective country. For details, please contact your travel agent
or the local consular office in your country.

ClimateThe weather in Tokyo during the period of the conference istypically sunny with temperature ranges between 11 °C and
21 °C.

Currency Exchange
Only Japanese yen (JPY, ¥) is acceptable at regular stores andrestaurants. Certain foreign currencies may be accepted at alimited number of hotels, restaurants and souvenir shops. You
can exchange your currency with Japanese yen at foreignexchange banks and other authorized money exchangers on
presentation of your passport.

Traveler's Checks and Credit Cards
Traveler's checks are accepted only by leading banks and major
hotels in principal cities, and the use of traveler's checks inJapan is not as popular as in some other countries. VISA,
Master Card, Diners Club, and American Express are widely
accepted at hotels, department stores, shops, restaurants andnightclubs.

Tipping
In Japan, tips are not necessary anywhere, even at hotels andrestaurants.

Electrical Appliances
Japan operates on 100 volts for electrical appliances. The
frequency is 50 Hz in eastern Japan including Tokyo, and 60 Hz
in western Japan.

MOC '09 Secretariat
c/o Prof. Yasuhiro Koike
Conference Co-chair, MOC '09
Keio University
3-14-1 Hiyoshi, Kohoku-ku, Yokohama
223-8522, JAPANe-mail: koike@appi.keio.ac.jp (Office)http://www.comemoc.com/moc09/
M C

MOC '09 Committee Members
ORGANIZING COMMITTEE
Conference Co-chairs
Y. Koike(Keio Univ.)
N. Mori(Konica Minolta Opto, Inc.)
Members
E. Akutsu
N. Arai
Y. Fujii
T. Fukunaga
H. Furuta
M. Haruna
H. Hosokawa
K. Hotate
A. Ibaraki
I. Ishibai
H. Kanamori
M. Kawachi
K. Kodate
S. Komatsu
K. Maru
N. Nishida
H. Nishihara
K. Nishizawa
Y. Okino
Y. OnoH. Sasaki
Y. Sasaki
K. TadaY. Tamagawa
J. Tokumitsu
S. Tsuji
H. Tsukamoto
Y. Uenishi
K. Ueyanagi
S. UraA. Watabe
T. Watanabe
M. Watanabe
I. Yamaguchi
T. Yatagai
S. Yoshida(Fuji Xerox Co., Ltd.)(Konica Minolta Opto, Inc.)(Nihon Univ.)(FUJIFILM Corp.)(Fukuoka Univ.)(Osaka Univ.)(OMRON Corp.)(Univ. Tokyo)(SANYO Electric Co., Ltd.)(Fu-Tech. Co., Ltd.)(Sumitomo Electric Ind., Ltd.)(NTT Electronics Corp.)(Japan Women’s Univ.)(Waseda Univ.)(Gunma Univ.)(Univ. Tokushima)(Univ. of the Air)(Polytechnic Univ.)(Kansai Univ.)(Ritsumeikan Univ.)(Oki Electric Ind. Co., Ltd.)(Nippon Sheet Glass Co., Ltd.)(Kanazawa Inst. Tech.)(Mitsubishi Electric Corp.)(Canon Inc.)(Hitachi Ltd.)(Nikon Corp.)(NTT East Corp.)(JST)(Kyoto Inst. Tech.)(NTT-AT Corp.)(Fujikura Ltd.)(AIST)(Gunma Univ.)(Utsunomiya Univ.)(Sharp Corp.)

PROGRAM COMMITTEE
Co-chairs
T. Miyamoto
H. Shoji(Tokyo Inst. Tech.)(Sumitomo Electric Ind., Ltd.)

Domestic Members*
H. Fuji
K. GotoY. Handa
G. Hatakoshi
K. IgaT. Ishigure
R. Katayama
S. Kittaka(Sharp Corp.)(Tokai Univ.)(Canon Inc.)(Toshiba Corp.)(Tokyo Inst. Tech.)(Keio Univ.)(NEC Corp.)(Nippon Sheet Glass Co., Ltd.)Y. Kokubun
K. Kuroda
T. Mizumoto
H. Nakajima
S. Nakatsuka
K. Ogawa
Y. Ogura
S. Ozawa
T. Sasagawa
T. Sekiya
T. Shibuya
O. Sugihara
T. Suhara
K. Takahashi
Y. Terada
Y. Tsuchiya
Y. Uozu
T. Watanabe
K. Yamamoto
S. Yamashita
B. YaoK. Yokomori(Yokohama National Univ.)(Univ. Tokyo)(Tokyo Inst. Tech.)(Waseda Univ.)(Hitachi Medical Corp.)(Japan Women’s Univ.)(OMRON Corp.)(Furukawa Electric Co., Ltd.)(Mitsubishi Electric Corp.)(HOYA Corp.)(Tokai Univ.)(Tohoku Univ.)(Osaka Univ.)(Sumitomo Electric Ind., Ltd.)(Fujikura Ltd.)(SANYO Electric Co., Ltd.)(Mitsubishi Rayon Co., Ltd.)(NTT Corp.)(Osaka Univ.)(Univ. Tokyo)(Hitachi Cable Ltd.)(Ricoh Co., Ltd.)*Domestic Members are also Organizing Committee Members.
Overseas Members
E. Acosta
J. E. Batubara
J. E. Bowers
A. Bräuer
P. S. Chung
S. Fleming
Y.-J. Kim
M. Kujawinska
T.-C. Lu
J. Mohr
H. Ottevaere
N.-C. Park
H. K. Shin
M. Skorobogatiy
C. G. Someda
M. Taghizadeh
H. Thienpont(Univ. Santiago de Compostela)(Univ. Pelita Harapan)(Univ. California, Santa Barbara)(Fraunhofer IOF)
(City Univ. Hong Kong)(Univ. Sydney)(Yonsei Univ.)(Warsaw Univ. Tech.)(National Chiao Tung Univ.)(Forschungszentrum Karlsruhe)(Vrije Univ. Brussel)(Yonsei Univ.)(Opticis Co., Ltd.)(Ecole Polytechnique de Montreal)(Univ. Padova)(OSA, Heriot Watt Univ.)(Vrije Univ. Brussel)

INTERNATIONAL ADVISORY COMMITTEE
A. K. Ghatak
C. Gomez-Reino
M. Kawazu
G. D. Khoe
B. Y. Kim
P. Lagasse
C. LinY.-P. Park
D. N. Payne
G. C. Righini
W. J. Stewart
Y. Suematsu
C. S. Tsai
T. Uchida
W. B. Veldkamp(Indian Inst. Tech., New Delhi)(Univ. Santiago de Compostela)(Raytex Corp.)(Eindhoven Univ. Tech.)(KAIST)(Univ. Gent)(Nanyang Tech. Univ.)(Yonsei Univ.)(Univ. Southampton)(DMD-CNR)(FREng, FinstP)(National Inst. Info.)(Univ. California, Irvine)(Tokai Univ.)(MIT Lincoln Lab.)***