The 12th International Symposium on Laser Precision Microfabrication

LPM2011
June 7–10, 2011
Takamatsu, Kagawa, Japan
http://www.jlps.gr.jp/lpm/lpm2011/

Final Program
updated May 26, 2011

General Chair
Co-Chair/Program Committee Chair
Co-Chair
Co-Chair
Co-Chair
Co-Chair
Honorary Chair
Steering Committee Chair

Koji Sugioka
Hiroyuki Niino
Friedrich Dausinger
Alberto Piqué
Kazuyoshi Itoh
Seiji Katayama
Isamu Miyamoto
Toshihiko Ooie

RIKEN, Japan
AIST, Japan
Dausinger + Giesen GmbH, Germany
Naval Research Laboratory, USA
Osaka University, Japan
Osaka University, Japan
Osaka University, Japan
AIST, JapanLPM2011

Paper Codes on LPM2011 Symposium Program

Oral Presentations
The 1st & 2nd letters of the codes indicate the day of the week.
Tu
We
Th
Fr

= Tuesday= Wednesday= Thursday= FridayThe 3rd number indicates the presentation room.
1
2
3= Room 1 (Kagawa International Conference Hall, 6F)= Room 2 (Room #61, Sunport Hall Takamatsu, 6F)= Room 3 (Room #62, Sunport Hall Takamatsu, 6F)

The 4th letter indicates the presentation type.
PL
I
O
UO

= Plenary= Invited= Oral= ppt with voice naration

The last number after hyphen signals the presentation order of the paper in each room.
For example, Tu1-O-4[Tuesdayday] [Room 1] — [Oral Presentation] — [4th presentation in Room 1]

Poster Presentations
The 1st & 2nd letters of the codes indicate the day of the week.
We
Th=Wednesday=Thursday

The 3rd letter P and UP means Poster Presentation and Unmanned Poster Presentation, respectively.
The last number after hyphen signals the poster order of the paper of the day.
For example, We-P-1[Wednesday] — [Poster Presentation] — [the 1st presentation on the day]

Important Notes
The poster presenters are requested to give Short Presentations and to be present in front of their poster
during 12:20–14:00 of the indicated day.

updated May 26, 20110

Program

ProgramProgramOral Session

Room 1
Opening

Day 1
Tuesday
June 710:00

10:00 Opening Remark

Room 1Plenary Session
Chair: H. Niino
Video Presentation
10:10 Tu1-PL-1 Plenary
Quantum cascade lasers: High performance compact lightsources from the mid-infrared to the far-infrared, Federico
Capasso1 , 1 School of Engineering and Applied Sciences, Harvard
University, USA
10:50 Tu1-PL-2 Plenary
Video Presentation
Basics and applications of femtosecond laser interaction
with transparent materials, Ingolf Volker Hertel1 , Razvan
Stoian2 , Arkadi Rosenfeld1 , 1 Max Born Institute for Nonlinear
Optics and Short Pulse Spectroscopy, Germany, 2 Laboratoire
Hubert Curien, CNRS UMR 5516, Université de Lyon, UniversitéJean Monnet, Saint Etienne 42000, France
11:30 Tu1-PL-3 Plenary
Technological trends and laser applications for solar
panels, Wataru Shinohara1 , Youichirou Aya1 , Mitsuoki Hishida1 ,Akinao Kitahara1 , Haruki Yoneda1 , Akira Terakawa1 , Masahiro
Iseki1 , 1 SANYO Electric Co., Ltd. / Solar Division / Solar Energy
Research Center / Advanced Photovoltaic Development Center,Japan
12:10 Lunch Time3

updated May 26, 2011

Day 1: June 7

Oral Session

Oral Session

Room 1

Day 1: June 7

Session 1.
Direct Writing
Chair: A. Piqué
14:10 Tu1-O-4
On-demand preparation of microdot patterns
by laser-induced dot transfer, Aiko Narazaki1 ,Ryozo Kurosaki1 , Tadatake Sato1 , Yoshizo
Kawaguchi1 , Wataru Watanabe1 , Hiroyuki Niino1 ,1
National Institute of Advanced Industrial Science andTechnology (AIST), Japan

Day 1
Tuesday
June 7
14:10

14:30 Tu1-O-5Student
Printing micro-droplets of silver NP inks using
LIFT: Parametric analysis, Michael Zenou1,2 ,Shoshana Winter1 , Amir Saar2 , Zvi Kotler1 ,1Orbotech Ltd., Israel, 2 Hebrew University , Racah
Insitute of Physics, Isarel
14:50 Tu1-O-6
Wet process of Si film by laser direct writing
method, Akira Watanabe1 , 1 Institute ofMultidisciplinary Research for Advanced Materials,
Tohoku University, Japan
15:10 Tu1-O-7
Student
Microstructuring of glass materials using
hybrid laser processing: Micro-optics andmicrofluidics, Daniel Nieto Garcı́a1,2 , Gerard M.
O’Connor2 , 1 University of Santiago de Compostela,
Spain, 2 National Center for Laser Applications,
Ireland
15:30 Tu1-I-8
InvitedLaser micro and nanostructuring of surfaces
fabricated by direct laser writing, Philippe
Delaporte1 , Anne-Patricia Alloncle1 , Laurent
Charmasson1 , David Grojo1 , Ludovic Rapp1 , Marc
Sentis1 , 1 LP3 laboratory – CNRS – Mediterranean
University, France
16:00 Coffee Breakupdated May 26, 20114

Oral Session

Room 2

Room 3Session 5.
Lasers and Systems
Chair: K. Washio
14:20 Tu3-O-1
Femtosecond and picosecond lasers for
precision micro-machining, Yoann Zaouter1 ,Martin Delaigue1 , Sandrine Ricaud1 , Franck Morin1 ,Clemens Hönninger1 , Eric Mottay, 1 Amplitude
Systemes, France

Chair: Alan Hunt
14:20 Tu2-UO-1 Student
PPT
In situ detection of plasmonic enhanced
ultrafast laser-induced pressure wave andcavitation bubble formation in water, Rémi
Lachaine1 , Étienne Boulais1 , Michel Meunier1 , 1 École
Polytechnique de Montréal, Canada

14:40 Tu3-O-2
Ultrafast, optical parametric chirped-pulse
amplification system using a block oftransparent material for pulse stretching andcompression, Koichi Yamakawa1 , Yutaka Akahane1 ,Kanade Ogawa1 , 1 Japan Atomic Energy Agency, Japan

14:35 Tu2-UO-2 Student
PPT
Modeling plasmonic enhanced laser-induced
nanocavitation in water, Étienne Boulais1 , Rémi
Lachaine1 , Michel Meunier1 , 1 École Polytechnique deMontréal, Canada

15:00 Tu3-O-3Laser plasma EUV source for processing
polymers, Henryk Fiedorowicz1 , Andrzej Bartnik1 ,Roman Jarocki1 , Jerzy Kostecki1 , Anna Szczurek1 ,Miroslaw Szczurek1 , Przemyslaw Wachulak1 ,1Institute of Optoelectronics, Military University ofTechnology, Poland

14:50 Tu2-I-3
InvitedProtein crystallization controlled byfemtoseocnd laser-induced cavitation bubbles,
Hiroshi Yoshikawa1 , Ryota Murai2,3 , Gen Sazaki4 ,Shigeru Sugiyama2,3 , Yoshinori Takahashi2,3 , Mihoko
Maruyama2,3 , Hiroaki Adachi2,3,5 , Satoshi
Murakami3,5,6 , Hiroyoshi Matsumura2,3,5 , Tsuyoshi
Inoue2,3,5 , Kazufumi Takano2,3,5 , Yusuke Mori2,3,5 ,1
Depatment of Chemistry, Saitama University, Japan,
2
Graduate School of Engineering, Osaka University,
Japan, 3 CREST JST, Japan, 4 Phase Transition
Dynamics Group, The Institute of Low Temperature
Science, Hokkaido University, Japan, 5 SOSHO Inc.,
Japan, 6 Graduate School of Bioscience andBiotechnology, Tokyo Institute of Technology, Japan

15:20 Tu3-O-4
Laser scanner-stage synchronization method
for high speed and wide area fabrication,
Kyunghan Kim1 , Kwangho Yoon1 , Jeong Suh1 ,Jaehoon Lee1 , 1 Korea Institute of Machineray andMaterials, South Korea
15:40 Coffee Break

15:20 Tu2-O-4
Experimental and numerical study oflaser-induced jetting behavior, Craig B. Arnold1 ,Matthew S. Brown1 , Yiannis Ventikos2 , 1 Departmentof Mechanical and Aerospace Engineering, Princeton
University, USA, 2 Department of Engineering
Science, University of Oxford, UK
15:40 Tu2-O-5
Non-contact estimation of intercellularadhesion using femtosecond laser-induced
impulsive force, Yoichiroh Hosokawa1 , Takanori
Iino1 , Man Hagiyama2 , Akihiko Ito3 , 1 Graduate
School of Materials Science, Nara Institute of Scienceand Technology, Japan, 2 Institute of Medical Science,
University of Tokyo, Japan, 3 Department of Pathology,
Faculty of Medicine, Kinki University, Japan
16:00 Coffee Break5

updated May 26, 2011

Day 1: June 7

Session 3. SP1
Interactions of Liquid and Light:
Fundamentals of Laser Induced
Cavitation and JettingOral Session

Room 1

Day 1: June 7

Session 2.
Micromachining and Modification

Day 1
Tuesday
June 7
16:30

Chair: M. Schmidt
16:30 Tu1-UO-9 Student
PPT
New method for nanosecond laser machining, Cinthya
Emma Toro1 , Carlos Lasorsa2 , Carlos Alberto Rinaldi3 , 1 Dept. ofMicro and Nanotechnology, National Commission of Atomic
Energy., Argentina, 2 Universidad Tecnológica Nacional, Facultad
Regional Haedo, Buenos Aires, Argentina, 3 National Council of
Scientific and Technical Research, Argentina
16:45 Tu1-O-10 Student
Laser-based fabrication of large-area controllable
biomimetic microstructures, Si Zhu Wu1 , Dong Wu1 , Qi Dai
Chen1 , Hong Bo Sun1 , 1 Jilin University, China, 2 Jilin University,
China, 3 Jilin University, China, 4 Jilin University, China
17:05 Tu1-O-11 Student
Micromachining of polymethylmethacrylate andpolydimethylsiloxane using laser plasma soft X-rays,
Shuichi Torii1 , Testuya Makimura1 , Kouta Okazaki2 , Daisuke
Nakamura2 , Akihiko Takahashi3 , Tatsuo Okada2 , Hiroyuki Niino4 ,Kouichi Murakami1 , 1 Institute of Applied Physics, University ofTsukuba, Japan, 2 Graduate School of Information Sciences andElectrical Engineering, Kyushu University, Japan, 3 Department of
Health Sciences, School of Medicine, Kyushu University, Japan,
4
Photonics Research Institute, National Institute of Advanced
Industrial Science and Technology, Japan
17:25 Tu1-O-12 Student
Dopant activation modelling in implanted silicon undermulti-pulsed excimer laser irradiation, Giuseppe Fisicaro1,2 ,Karim Huet3 , Markus Italia2 , Antonino La Magna2 , Giovanni
Piccitto1 , Vittorio Privitera2 , Julien Venturini3 , 1 Department of
Physics and Astronomy, University of Catania, Italy, 2 CNR IMM,
Z.I VIII Strada 5 I -95121 Catania, Italy, 3 Excico 13-21 Quai desGresillons, 92239 Gennevilliers, France
17:45 Tu1-O-13 Student
Self organized nano-cone structures on
InP/InGaAs/InGaAsP microstructures irradiated by ArF
and KrF excimer lasers, Neng Liu1 , Khalid Moumanis1 , Jan J.
Dubowski1 , 1 Department of Electrical and Computer Engineering,
Unversité de Sherbrooke, Canada

updated May 26, 20116

Oral Session

Room 3

Room 2Chair: C. B. Arnold

Session 6.
Microwelding and Joining
Chair: W. Pfleging

16:30 Tu2-I-6
InvitedNanomorphing with ultrafast lasers andbiomedical applications, Alan J. Hunt1 ,1
Biomedical Engineering, University of Michigan, USA
17:00 Tu2-O-7
Concentration analysis of fluids using
optofluidics fabricated by femtosecond laser
direct writing, Yasutaka Hanada1 , Koji Sugioka1 ,Katsumi Midorikawa1 , 1 RIKEN–Advanced Science
Institute, Japan

16:30 Tu3-O-6
Direct joining of copper with polyethylene
terephthalate using femtosecond laser pulses,
Tomokazu Sano1 , Shogo Iwasaki1 , Yasuyuki Ozeki2 ,Kazuyoshi Itoh2 , Akio Hirose1 , 1 Division of Materials
and Manufacturing Science, Graduate School ofEngineering, Osaka University, Japan, 2 Division ofAdvanced Science and Biotechnology, Graduate Schoolof Engineering, Osaka University, Japan
16:50 Tu3-O-7
In-situ X-ray observation of molten pool’s
depth during laser micro welding, Tomonori
Yamada1 , Takahisa Shobu1 , Yukihiro Yonemoto1 ,Susumu Yamashita1 , Akihiko Nishimura1 , Toshiharu
Muramatsu1 , 1 Japan Atomic Energy Agency, Japan

17:20 Tu2-O-8
Student
A bacteria-driven micromotor produced by
two-photon microstereolithography, Tomoyuki
Sawada1 , Yuichi Hiratsuka2 , Shoji Maruo1 ,1
Yokohama National University, Japan, 2 Japan
Advanced Institute of Science and Technology, Japan

17:10 Tu3-O-8
Student
Micro-welding of high thermal conductive
material aluminum-graphite composite bypulsed Nd:YAG laser, Mohd Idris Shah Ismail1 ,Yasuhiro Okamoto1 , Akira Okada1 , Yoshiyuki Uno1 ,Muhaizad Mukhtar1 , 1 Nontraditional Machining
Laboratory, Graduate School of Natural Science andTechnology, Okayama University, Japan

17:40 Tu2-O-9
Femtosecond laser direct writing forthree-dimensional micro-optical andmicrofluidic devices, Dong Wu1 , Qi Dai Chen1 , Si
Zhu Wu1 , Hong Bo Sun1 , 1 Jilin University, China,
2
Jilin University, China, 3 Jilin University, China,
4
Jilin University, China

17:30 Tu3-O-9
The reduction of postweld shift on butterfly
type laser module packaging employing
Nd:YAG laser and separated dual clip:
Simulation and experiment, Yi-Cheng Hsu1 ,Shi-Ping Hong1 , Shang-Chao Hung2 , 1 Department of
Biomechatronics Engineering, National Pingtung
University of Science and Technology, Taiwan,
2
Department of Information Technology andCommunication, Shih Chien University, Taiwan
17:50 Tu3-O-10
Simulation model of nonlinear absorptivity ininternal modification of glass using USPL,
Isamu Miyamoto1,2 , Kristian Cvecek3 , Michael
Schmidt2,3,4 , 1 Osaka University, Japan, 2 Erlangen
Graduate School of Advanced Optical Technologies(SAOT), Germany, 3 Bayerisches Laser Zeutrum,
Germany, 4 University Erlangen-Nuremberl, Germany

7

updated May 26, 2011

Day 1: June 7

Session 4. SP1
Interactions of Liquid and Light:
Optofluidic Devices and Bio Applications

Oral Session

Room 1
Session 7.
Microstructuring I

Day 2: June 8

Chair: F. Dausinger

Day 2
WednesdayJune 89:00

9:00 We1-UO-1
PPT
Machining performance of laser surface microtextured
drilling tools, Milton S. F. Lima1 , Fabricio P. Ladario2 , Davi
Neves1 , Rudimar Riva1 , Anselmo E. Diniz3 , 1 Institute for Advanced
Studies, Brazil, 2 Instituto Tecnológico de Aeronáutica (ITA),
Brazil, 3 Faculdade de Engenharia Mecânica, Universidade Estadualde Campinas (UNICAMP), Brazil
9:15 We1-O-2Student
Picosecond laser direct patterning of poly(3,4-ethylene
dioxythiophene)-poly(styrene sulfonate) (PEDOT-PSS)
thin films, Shizhou Xiao1 , Susana Abreu Fernandes1 , Andreas
Ostendorf1 , 1 Laser Application of Technologies, Ruhr University
Bochum, Germany
9:35 We1-O-3
A comparative study of the quantum well intermixing
effect in InGaAsP/InGaAs/InP heterostructures inducedby irradiation with 248 and 193 nm excimer lasers,
Jonathan Genest1 , Romain Béal1 , Neng Liu1 , Khalid Moumanis1 ,Vincent Aimez1 , Jan J. Dubowski1 , 1 Department of Electrical andComputer Engineering, Université de Sherbrooke, Canada
9:55 We1-O-4
Cutting and thining vertically aligned carbon nanotube
carpets by lateral femtoseconde laser ablation, Pascal
Boulanger1 , Olivier Sublemontier1 , Romain Ladret1 , Olivier
Gobert1 , Christian Cornaggia1 , Mathieu Pinault, Martine
Mayne-l’Hermitte, 1 Atomic Energy Commission, Francis Perrin
Laboratory, France
10:15 We1-O-5Student
Thin composite optical elements fabricated with laser
direct imaging technique, Blaž Kavčič1 , Dušan Babić2 , Boštjan
Podobnik1 , Igor Poberaj2 , 1 LPKF Laser & Electronics, Slovenia,
2
Faculty of Mathematics and Physics, University of Ljubljana,
Slovenia
10:35 We1-O-6
Laser-induced backside wet etching employing green
DPSS laser and liquid metallic absorber, Tadatake Sato1 ,Yoshizo Kawaguchi1 , Ryozo Kurosaki1 , Aiko Narazaki1 , Wataru
Watanabe1 , Hiroyuki Niino1 , 1 National Institute of Advanced
Industrial Science and Technology (AIST), Japan
10:55 Coffee Break

Poster 1

Chair: Y. Nakata

11:20

Short Presentation 1 for Poster Session 1

12:20

Poster Session 1 and Exhibition
Lunch Time

updated May 26, 2011

8

Room 1
Small Hall 2 (5F)

Oral Session

Room 2
Session 13.
Microdrilling

Chair: Y. Bellouard
9:00 We2-O-1
UV laser processing and multiphoton absorption
processes in optical fibers, Matthieu Lancry1 , Bertrand
Poumellec1 , Nathaniel Groothoff2 , John Canning2 ,1
University of Paris Sud 11, France, 2 Interdisciplinary
Photonics Laboratories (iPL), School of Chemistry,
University of Sydney, Australia
9:20 We2-O-2Student
Two-photon-induced microfabrication of flexible
optical waveguides, Josef Kumpfmueller1 , Klaus
Stadlmann2 , Zhiquan Li1 , Gerhard Schmid3 , Juergen
Stampfl2 , Robert Liska1 , 1 Institute of Applied Synthetic
Chemistry, Vienna University of Technology, Austria,
2
Institute of Material Science and Technology, Vienna
University of Technology, Austria, 3 Institute ofCommunications and Radio Frequency Engineering, Vienna
University of Technology, Austria
9:40 We2-O-3
System for the fabrication of flexible opticalinterconnects by two photon polymerization (2PP),
Klaus Stadlmann1 , Josef Kumpfmüller2 , Anne-LaureCalendron3 , Robert Copperwhite4 , Robert Liska2 , Jürgen
Stampfl1 , Aleksandr Ovsianikov, 1 Institute of Material
Science and Technology, Vienna University of Technology,
Austria, 2 Institute of Applied Synthetic Chemistry, Vienna
University of Technology, Austria, 3 HighQ Laser GmbH
Feldgut 9 A-6830 Rankweil, Austria, 4 Optical Sensors
Laboratory (OSL), National Centre for Sensor Research(NCSR), Ireland
10:00 We2-O-4
Fabrication of 3D diffractive photonic crystal
collimator by femtosecond direct laser writing inphotoresist, Vygantas Mizeikis1 , Lina Maigyte2 , Kestutis
Staliunas2 , Saulius Juodkazis3 , 1 Division of Global Research
Leaders (Research Institute of Electronics), Shizuoka
University, Japan, 2 Departament de Fı́sica i Enginyeria
Nuclear, Universitat Politècnica de Catalunya, Spain,
3
Centre for Micro-Photonics, Swinburne University ofTechnology, Australia

Chair: S. Katayama
9:00 We3-I-1
InvitedFlexible and precise material processing
with femtosecond disk lasers, Steffen Sven
Sommer1 , Friedrich Dausinger2 ,1Technologiegesellschaft für Strahlwerkzeuge mbH,
Germany, 2 Dausinger + Giesen GmbH, Germany
9:30 We3-O-2Modeling of Cu direct laser drilling
process, Junichi Okada1 , Yuuji Okamoto1 ,Kazumasa Shudo1 , Masafumi Yorozu1 ,1
Sumitomo Heavy Industries, Ltd. Research &Development Center, Japan
9:50 We3-O-3
Impact of laser hole drilling on the fracture
strength of metal wrap-through (MWT)solar cells, Kyumin Lee1 , Jong-Keun Lim1 ,Sang-Kyun Kim1 , In-Sik Moon1 , Won-jae Lee1 ,Eun-Chel Cho1 , 1 Hyundai Electro-MechanicalResearch Institute (HEMRI), Hyundai Heavy
Industries Co. LTD., South Korea
10:10 We3-O-4
Microdrilling in GFRP sheet using UVsolid state laser, Susumu Nakamura1 ,1
Department of Electrical and Electronic Systems
Engineering, Nagaoka National College ofTechnology, Japan
10:30 We3-O-5Student
An accurate ray tracing model for CFD
simulation of laser drilling process, Junsu
Ahn1 , Suck-Joo Na1 , 1 Department of MechanicalEngineering, Korea Advanced Institute of Scienceand Technology, Republic of Korea
10:50 Coffee BreakInvited
10:20 We2-I-5
Harnessing burst trains to control ultrafast laserinteractions, Peter R. Herman1 , 1 Dept. Electrical andComputer Engineering, University of Toronto, Canada
10:50 Coffee Break

Poster 1

Chair: Y. Nakata

11:20

Short Presentation 1 for Poster Session 1

12:20

Poster Session 1 and Exhibition

Room 1
Small Hall 2 (5F)

Lunch Time9

updated May 26, 2011

Day 2: June 8

Session 10.
Microfabrication for Photonics

Room 3

Oral Session

Room 1

Day 2: June 8

Session 8.
Microstructuring II
Chair: A. Ostendorf
14:10 We1-O-7
High quality ceramic microfabrication bypulsed fiber laser in different ambients, Minghui
Hong1,2 , Zhenying Pan2 , Xiaozhu Xie1,3 , 1 Department
of Electrical and Computer Engineering, National
University of Singapore, Singapore, 2 Data Storage
Institute, Singapore, 3 Faculty of ElectromechanicalEngineering, Guangdong University of Technology,
China
14:30 We1-O-8
Optimisation of laser microprocessing byinnovative methods of nanosecond pulselengthtuning of disc lasers, Klaus P. Stolberg1 , SusannaFriedel1 , Sven Poggel1 , Tamehide Yamada2 , 1 Jenoptik
Laser GmbH, Germany, 2 4666 Ikebe-cho, Tsuzuki-ku,
Yokohama, Kanagawa 224-0053, Japan

Day 2
WednesdayJune 8
14:10

14:50 We1-O-9
Selective laser melting: From process
fundamentals towards advanced products, Igor
Yadroitsev1 , Andrey Gusarov1 , Igor Smurov1 , 1 Ecole
Nationale d’Ingénieurs de Saint-Etienne (ENISE),
DIPI Laboratory, France
15:10 We1-O-10
Femtosecond laser-assisted etching of fluoride
crystals, Shigeki Matsuo1 , Kodai Iwasa1 , Takuro
Tomita1 , Shuichi Hashimoto1 , 1 Department of
Ecosystem Engineering, The University of Tokushima,Japan
15:30 We1-I-11 Invited
3D structures in battery materials, Wilhelm
Pfleging1 , Robert Kohler1 , Michael Bruns1 , Carlos
Ziebert1 , Johannes Proell1 , 1 Karlsruhe Institute ofTechnology, Germany
16:00 Coffee Breakupdated May 26, 201110

Oral Session

Room 3

Room 2
Session 11. SP2
Laser-Induced Deposition
Chair: B. Huis in ‘t Veld

Day 2: June 8

14:30 We2-I-6
InvitedCharacterization of the laser decal transfer
process, Scott A. Mathews1,2 , Ray Auyeung2 ,Andrew Birnbaum2 , Heungsoo Kim2 , Alberto Piqué2 ,1Materials Science and Technology Division, Code6364, Naval Research Laboratory, USA
15:00 We2-O-7
Formation of adhesive metal microstructuresinside glass by femtosecond laser direct
writing, Jian Xu1 , Szabolcs Beke1 , Koji Sugioka1 ,Katsumi Midorikawa1 , 1 Laser Technology Laboratory,
RIKEN – Advanced Science Institute, Japan
15:20 We2-O-8
High-power excimer lasers for coatedconductor upscaling, Ralph Delmdahl1 , Burkhard
Fechner1 , 1 Coherent GmbH, Germany
15:40 We2-O-9
Synthesis of core/shell nanowires using doped
ZnO targets, Daisuke Nakamura1 , Kota Okazaki1 ,Akio Kumeda1 , Kazuyuki Toya1 , Kazuki Kubo1 , Koji
Tsuta1 , Mitsuhiro Higashihata1 , Tatsuo Okada1 ,1
Kyushu University, Japan
16:00 Coffee Break11

updated May 26, 2011

Oral Session

Room 1
Session 9.
Ultrafast Laser Processing:Micromachining and Drilling

Day 2: June 8

Chair: M. H. HongDay 2
WednesdayJune 816:30

16:30 We1-O-12 Student
Water-assisted ultrashort laser pulse ablation,
Martti Veli Johannes Silvennoinen1 , Jarno Jere,
Juhani Kaakkunen1 , Kimmo Päiväsaari1 , Pasi
Vahimaa1 , 1 Department of Physics and Mathematics,
University of Eastern Finland, Finland
16:50 We1-O-13 Student
Focus position and polarization effects inultrafast laser drilling of cemented tungsten
carbide, Khai Pham Xuan1 , Rie Tanabe1 , Yoshiro
Ito1 , 1 Department of Mechanical Engineering,
Nagaoka University of Technology, Japan
17:10 We1-O-14
The effect of burst mode on TSV process using
a picosecond laser, Dongsig Shin1 , Jeong Suh1 ,Yongkwon Cho1 , 1 Dept. of High Density Energy Beam
Processing & System, Korea Institute of Machineryand Materials (KIMM), South Korea
17:30 We1-O-15
Multi-layer patterning of organic
semiconductor thin film layers with ultra shortpulsed lasers, Wayne Lewis1 , Tino Petsch2 , Jens
Hänel2 , Markus Lasch2 , 1 Beams Inc., Japan,
2
3D-Micromac AG, Germany
17:50 We1-O-16
High power short and ultra short laser pulses
for industrial micro machining, Birgit Faisst1 ,Simone Russ2 , Sascha Weiler1 , Severin Massa2 , Jan
Wieduwilt1 , Christof Siebert1 , 1 TRUMPF Laser- undSystemtechnik GmbH, Germany, 2 TRUMPF Laser
GmbH + Co. KG, Germany

updated May 26, 201112

Oral Session

Room 3

Room 2
Session 14.
Biomedical Applications

Chair: S. A. Mathews

Chair: Jan J. Dubowski
16:30 We3-O-6
Contorol of antibody immobilization by laser
micro-processing, Yuji Yamachoshi1 , Masato
Tanaka1 , Tomonori Nakahara1 , Kaori Abe1 ,Masatoshi Kataoka1 , Toshihiko Ooie1 , 1 AIST,HealthResearch Institute, Japan

16:30 We2-I-10 Invited
Laser induced forward transfer of functional
materials: The European eLIFT Project,
Christof Walter Schneider1 , Thomas Lippert1 ,Philippe Delaporte2 , 1 Paul Scherrer Institut, General
Energy Research Department, CH-5232 Villigen PSI,
Switzerland, 2 Laboratoir Lasers, Plasmas et Procédés
Photoniques, F-13288 Marseille cedex 9, France
17:00 We2-O-11
Picosecond laser induced forward transfer ofCu, Bert Huis in ‘t Veld1,2 , G. Oosterhuis2 ,1
University of Twente, The Netherlands, 2 TNO
Science and Industry, The Netherlands
17:20 We2-O-12
Generation of 3-D structures by Laser Origami,Alberto Piqué1 , Scott A. Mathews1 , Andrew
Birnbaum1 , Ray Auyeung1 , Nick Charipar1 , Heungsoo
Kim1 , Kristin Metkus1 , 1 Materials Science andTechnology Division, Code 6364, Naval ResearchLaboratory, USA

16:50 We3-O-7
3D photofabrication by femtosecond laser
pulses and its applications in biomedicine,
Aleksandr Ovsianikov1 , Jan Torgersen1 , Zhiquan Li2 ,Robert Liska2 , Jürgen Stampfl1 , 1 Institute ofMaterials Science and Technology, Vienna Universityof Technology, Austria, 2 Institute of Applied Synthetic
Chemistry, Vienna University of Technology, Austria
17:10 We3-O-8
Student
Near-net-shape fabrication of
three-dimensional bioceramic scaffolds using
microstereolithography and ceramic slurry,
Takashi Torii1 , Makoto Inada1 , Shoji Maruo1 ,1
Yokohama National University, Japan
17:30 We3-I-9
InvitedLaser-based micro- and nanofabrication forphotonics and biomedicine, Kotaro Obata1 , Boris
N. Chichkov1 , 1 Laser Zentrum Hannover e.V.,
Nanotechnology Department, Germany

13

updated May 26, 2011

Day 2: June 8

Session 12. SP2
Laser-Induced Deposition

Oral Session

Room 1
Session 15.
Ultrafast Laser Processing:Internal Micromachining
Chair: Y. Cheng

Day 3
ThursdayJune 99:00

9:00 Th1-UO-1
PPTMultipoint focusing of single ultrafast laser pulses, Cyril
Mauclair1 , Alexandre Mermillod-Blondin2 , Arkadi Rosenfeld2 , Ingolf
V. Hertel2 , Eric Audouard1 , Isamu Miyamoto3 , Razvan Stoian1 ,1
Laboratoire Hubert Curien (UMR 5516 CNRS), Université de Lyon,
Université de Saint-Étienne, France, 2 Max-Born Institut fürNichtlineare Optik und Kurzzeitspektroskopie, Germany, 3 Osaka
University, JapanDay 3: June 9

9:15 Th1-I-2
InvitedThe Femtoprint project, Yves Bellouard1 , A. Champion1 , M.
Matteucci1 , M. Gevincevicius2 , C. Corbari2 , M. Beresna2 , P.
Kazansky2 , O. Chappuis3 , M. Kral3 , R. Clavel3 , J. -M. Breguet4 , F.
Barrot4 , Y. Mabillard5 , S. Bottinelli5 , M. Hopper6 , C. Hoenninger7 , E.
Mottay7 , J. Lopez8 , 1 Mechanical Engineering Department, Eindhoven
University of Technology, The Netherlands, 2 Optoelectronics ResearchCenter (ORC), University of Southampton, United Kingdom, 3 Ecole
Polytechnique Fédérale de Lausanne, Switzerland, 4 Centre Suisse
dElectronique et Microtechnique (CSEM), Switzerland, 5 Mecartex,
Switzerland, 6 Quintenz Hybridtechnik, Germany, 7 Amplitude
Systèmes, France, 8 AlphaNOV, France
9:45 Th1-O-3
Fabrication of microstructure arrays on photosensitive glassby femtosecond laser, P. N. Wan1 , C. W. Cheng2 , J. S. Chen3 ,1
Department of Mechanical Engineering, National Chung Cheng
University, Taiwan, R.O.C., 2 ITRI South, Industrial Technology
Research Institute, Taiwan, R.O.C., 3 Department of MechanicalEngineering, National Chung Hsing University, Taiwan, R.O.C.
10:05 Th1-I-4
InvitedMicro-explosions triggered by femtosecond laser pulses: Newtool of nano-structuring, Saulius Juodkazis1 , Arturas Vailionis2,3 ,Eugene G. Gamaly4 , Vygantas Mizeikis5 , Wenge Yang6 , Andrei
Rode4 , 1 Swinburne University of Technology, Australia, 2 Stanford
University, USA, 3 SLAC National Accelerator Laboratory, USA, 4 The
Australian National University, Australia, 5 Shizuoka Univ, Japan,
6
Argonne National Laboratory, USA
10:35 Th1-O-5
The origin of femtosecond laser induced form birefringence insilica glass, Matthieu Lancry1 , Bertrand Poumellec1 , Kevin Cook2 ,John Canning2 , 1 University of Paris Sud 11, France,
2
Interdisciplinary Photonics Laboratories (iPL), School of Chemistry,
University of Sydney, Australia
10:55 Coffee Break

Poster 2

Chair: M. Okoshi

11:20

Short Presentation 2 for Poster Session 2

12:20

Poster Session 2 and Exhibition
Lunch Time

updated May 26, 201114

Room 1
Small Hall 2 (5F)

Oral Session

Room 2

Room 3Session 18.
Scribing and Cutting
Chair: S. H. Cho
9:20 Th2-O-1Student
Scribing of thin-film solar cells with picosecondand femtosecond lasers, Paulius Gecys1 ,Gediminas Račiukaitis1 , Anja Wehrmann2 , Klaus
Zimmer2 , Alexander Braun3 , Steffen Ragnow3 ,1Center for Physical Sciences and Technology,
Lithuania, 2 Leibniz-Institute of Surface Modification,
Germany, 3 Solarion AG, Germany

Day 3: June 99:40 Th2-O-2
Progress in picosecond-laser scribing for CIGS
solar cells, Gediminas Račiukaitis1 , Paulius Gecys1 ,Simonas Grubinskas1 , Mindaugas Gedvilas1 ,Alexander Braun2 , Steffen Ragnow2 , 1 Center for
Physical Sciences and Technology, Lithuania,
2
Solarion AG, Germany
10:00 Th2-O-3Student
Thermal stress analysis considering frequency
in laser scribing of glass, Keisuke Yahata1 , Etsuji
Ohmura1 , Seiji Shimizu2 , Masanao Murakami2 ,1
Osaka University, Japan, 2 Mitsuboshi DiamondIndustrial Co., Ltd., Japan
10:20 Th2-O-4
Laser grooving with line-shaped femtosecond
laser pulses, Satoshi Hasegawa1 , Yoshio Hayasaki1 ,1Center for Optical Research and Education (CORE),
Utsunomiya University, Japan
10:40 Th2-O-5
Indirect laser glass cutting using a fiber-laser,
Joohan Kim1 , Wonseok Choi1 , Chulku Lee1 , 1 Seoul
National University of Science and Technology, Korea
11:00 Coffee Break

Poster 2

Chair: M. Okoshi

11:20

Short Presentation 2 for Poster Session 2

12:20

Poster Session 2 and Exhibition

Room 1
Small Hall 2 (5F)

Lunch Time15

updated May 26, 2011

Oral Session

Room 1
Session 16.
Ultrafast Laser Processing:Micro and Nano Texturing
Chair: J. Reif
14:00 Th1-UO-6 Student
PPT
Mechanisms of plasmonic enhanced laser
nanoablation of silicon, Alexandre Robitaille1 ,Étienne Boulais1 , Michel Meunier1 , 1 École
Polytechnique de Montréal, Canada

Day 3
ThursdayJune 914:00

Day 3: June 9

14:15 Th1-O-7
Formation of fine ripples on surfaces ofdielectrics and semiconductors, Ričardas
Buivydas1 , Vygantas Mizeikis2 , Lorenzo Rosa1 ,Remigijus Šliupas3 , Tadas Kudrius3 , Gintas Šlekys3 ,Saulius Juodkazis1 , 1 Swinburne University ofTechnology, Australia, 2 Shizuoka Univ., Japan,
3
Altechna Ltd., Lithuania
Student
14:35 Th1-O-8
Femtosecond laser induced nanostructuresinside the microholes on soda-lime glass
surface, Md. Shamim Ahsan1,2 , Man Seop Lee1 ,1
Photonics Application Lab, Korea Advanced Instituteof Science and Technology (KAIST), South Korea,
2Electronics and Communication Engineering
Discipline, Khulna University, Bangladesh
14:55 Th1-O-9
Flexible microstructuing of thin films using
multi-beam interference ablation withultrashort lasers, Bogdan Voisiat1 , Mindaugas
Gedvilas1 , Simonas Indrišiūnas1 , GediminasRačiukaitis1 , 1 Center for Physical Sciences andTechnology, Lithuania
15:15 Th1-O-10
Comparison of picosecond and femtosecond
laser ablation for surface engraving of metals
and semiconductors, Eric Mottay1 , Martin
Delaigue1 , Clemens Hönninger1 , John Lopez2,3 , Anne
Lidolff2 , 1 Amplitude Systemes, France, 2 Alphanov,France, 3 Université Bordeaux 1, France
15:35 Th1-O-11 Student
Nano band texturing on azobenzene polymer
by nanosecond pulse laser exposure, Jintang
Huang1,2 , Stefan Beckemper2 , Si Wu3 , Qijin Zhang3 ,Keyi Wang1 , Arnold Gillner2 , 1 Department ofPrecision Machinery and Precision Instrumentation,
University of Science and Technology of China, China,
2
Fraunhofer Institute for Laser Technology ILT / Chair
for Laser Technology LLT, RWTH Aachen, Germany,
3
Department of Polymer Science and Engineering,
University of Science and Technology of China, China
15:55 Coffee Breakupdated May 26, 201116

Oral Session

Room 3

Room 2
Session 19.
Surface Modification

Session 21.
Fundamentals and Monitoring
Chair: T. Makimura

Chair: R. F. Haglund, Jr.

15:00 Th2-O-8
Surface texturing with laser micro cladding to
improve tribological properties, Nerea
Otero Ramudo1 , Pablo M. Romero Romero1 ,Alejandro González Solar1 , Alessandra Scano2 ,1
AIMEN – Laser Applications Centre, Spain, 2 AIN –Asociación de la Industria Navarra, Spain
15:20 Th2-O-9
Laser treatment of ITO and ZnO nanoparticles
for the production of thin conducting layers ontransparent substrates, Marcus Baum1 , Ilya
Alexeev1,2 , Michael Schmidt1,2 , 1 Chair of Photonic
Technologies, University of Erlangen-Nuremberg,
Germany, 2 Erlangen Graduate School in Advanced
Optical Technologies, Germany
15:40 Th2-O-10 Student
Laser-assisted periodic diameter modulation ofcarbon nanotubes trough rapid modulation oftemperature, Masoud Mahjouri-Samani1 , Yunshen
Zhou1 , Wei Xiong1 , Yongfeng Lu1 , 1 University of
Nebraska-Lincoln, USA
16:00 Coffee Break

14:20 Th3-O-1
Comprehensive optical monitoring of selective
laser melting, Maria Doubenskaia1 , Yuri Chivel1 ,Mikhail Pavlov1 , Igor Smurov1 , 1 Ecole Nationaled’Ingénieurs de Saint-Etienne (ENISE), DIPI
Laboratory, France
14:40 Th3-O-2Student
Dynamics of laser induced under liquid
ablation studied by photoelasticity technology,
Thao Nguyen1 , Rie Tanabe1 , Yoshiro Ito1 ,1
Department of Mechanical Engineering, Nagaoka
Uinversity of Technology, Japan
Student
15:00 Th3-O-3
Observation of femtosecond-laser ablation
process by using the soft X-ray laserinterferometer, Minoru Yamamoto1,2 , Noboru
Hasegawa2 , Kota Terakawa3 , Yoshifumi Umeda1 ,Takuro Tomita1 , Yoshihiro Ochi2 , Takeshi Kaihori2 ,Tetsuya Kawachi2 , Yasuo Minami3 , Tohru Suemoto3 ,1
Department of Ecosystem Engineering, The
University of Tokushima, Japan, 2 Quantum Beam
Science Directorate, Japan Atomic Energy Agency,
Japan, 3 Institute for Solid State Physics, The
University of Tokyo, Japan
15:20 Th3-O-4Student
Non-thermal energetic ion emission fromcopper by the ablation with a low fluence
femtosecond laser pulse, Yasuhiro Miyasaka1,2 ,Masaki Hashida1,2 , Yoshinobu Ikuta1,2 , Kazuto
Otani1,2 , Shigeki Tokita1,2 , Shuji Sakabe1,2 , 1 ARBS,
Institute for Chemical Research, Kyoto University,
Japan, 2 Department of Physics, Graduate School of
Science, Kyoto University, Japan
15:40 Th3-O-5
Laser removal mechanisms of metallic droplets,
Aude Vatry1 , Christian Grisolia2 , David Grojo1 , Marc
Sentis1 , Philippe Delaporte1 , 1 LP3 laboratory – CNRS
– Mediterranean University, France, 2 Association
Euratom/CEA, IRFM, France
16:00 Coffee Break17

updated May 26, 2011

Day 3: June 9

14:10 Th2-I-6
InvitedLaser decontamination of radioactive nuclides
polluted metallic surfaces, Vadim P. Veiko1 ,Timofey Yu. Mutin1 , Valentin N. Smirnov1 , Andrey
A. Samokhvalov1 , 1 St. Petersburg State University ofInformation Technologies, Mechanism and Optics,
Russia14:40 Th2-O-7
Laser microtexturing with positive features for
improvement of surface interaction ofcomponents in viscous fluids, Pablo M.
Romero Romero1 , Nerea Otero Ramudo1 , Alejandro
González Solar1 , Alessandra Scano2 , 1 AIMEN – Laser
Applications Centre, Spain, 2 AIN – Asociación de la
Industria Navarra, Spain

Oral Session

Room 1
Session 17.
Ultrafast Laser Processing:
LIPS Formation
Chair: K. Miyazaki

Day 3
ThursdayJune 916:30

16:30 Th1-UO-12
PPTUltrafast laser-induced periodic-surface structure:
Formation mechanisms and applications in laser marking,Jean-Philippe Colombier1 , Florence Garrelie1 , Florent Pigeon1 ,Razvan Stoian1 , Mourad Bounhalli1 , Stéphanie Reynaud1 , Nicolas
Faure1 , Philippe Brunet2 , Benjamin Dusser1 , Eric Audouard1 ,1
Université de Lyon, F-69003, Université de Saint-Etienne,
Laboratoire Hubert Curien (UMR 5516 CNRS), France,
2
Laboratoire de Mécanique de Lille, UMR CNRS 8107, BoulevardPaul Langevin, 59655 Villeneuve d’Ascq Cédex, France

Day 3: June 9

16:45 Th1-O-13
Periodic nano-grating structures produced by femtosecond
laser pulses for metals with low- and high-melting points,
Masaki Hashida1,2 , Yasuhiro Miyasaka1,2 , Yoshinobu Ikuta1,2 ,Kazuto Otani1,2 , Shigeki Tokita1,2 , Shuji Sakabe1,2 , 1 Advanced
Research Center for Beam Science, Institute for Chemical Reserch,
Kyoto University, Japan, 2 Department of Physics, Graduate Schoolof Science, Kyoto University, Japan
17:05 Th1-O-14
Femtosecond laser ablation from silicon and ripples
formation: Evolution of surface excitation, Mourad
Bounhalli1,3 , Marco Muth1 , Olga Varlamova1,2 , Juergen Reif1,2 ,1Brandenburg. Tech. Univ. BTU Cottbus, Germany, 2 JointLab
Cottbus, Germany, 3 Laboratoire Hubert Curien, Université Jean
Monnet, St. Etienne, France
17:25 Th1-O-15
The role of anisotropic excitation in self-organizednanostructure formation upon femtosecond laser ablation,
Olga Varlamova1,2 , Sergej Varlamov1 , Michael Bestehorn1 , Juergen
Reif1,2 , 1 Brandenburg. Tech. Univ. BTU Cottbus, Germany,
2
JointLab Cottbus, Germany
17:45 Th1-O-16 Student
Formation of nanostructures on the stainless steel surface
by femtosecond laser pulses, Md. Shamim Ahsan1,2 , Yeong
Gyu Kim1 , Man Seop Lee1 , 1 Photonics Application Lab, Korea
Advanced Institute of Science and Technology (KAIST), South
Korea, 2 Electronics and Communication Engineering Discipline,
Khulna University, Bangladesh

Banquet18:30

from the venue to Banquet on foot19:00

Banquetupdated May 26, 2011

ANA Hotel Clement Takamatsu
18Oral Session

Room 2

Room 3Session 22.
Advanced Material Synthesis

Chair: K. Ueno
16:30 Th2-I-11 Invited
Recent developments in RAPID
photolithography, John T. Fourkas1−4 , Michael P.
Stocker1 , Linjie Li1 , Rafael R. Gattass1 , 1 Departmentof Chemistry & Biochemistry, University of Maryland,
USA, 2 Institute for Physical Science and Technology,
University of Maryland, USA, 3 Center for
Nanophysics and Advanced Materials, University of
Maryland, USA, 4 Maryland NanoCenter, Universityof Maryland, College Park, USA
17:00 Th2-O-12
Two-photon fabrication of three-dimensional
metallic nanostructures for plasmonic
metamaterials, Atsushi Ishikawa1 , Takuo Tanaka1,2 ,1
RIKEN, Metamaterials Laboratory, Japan,
2
Hokkaido University, Research Inst. for Electronic
Science, Japan
17:20 Th2-O-13
3D microfluidic structures directly fabricatedin mesoporous glass by water-assisted
femtosecond laser direct writing, Yang Liao1 ,Yong Feng Ju1 , Long Zhang1 , Fei He1 , Ya Cheng1 , Zhi
Zhan Xu1 , Koji Sugioka2 , Katsumi Midorikawa2 ,1State Key Laboratory of High Field Laser Physics,
Shanghai Institute of Optics and Fine Mechanics,
Chinese Academy of Sciences, China, 2 Laser
Technology Laboratory, RIKEN – Advanced Science
Institute, Japan

Chair: V. P. Veiko
16:30 Th3-O-6
Fabrication of SALDI substrate using laser
ablation in liquids, Takeshi Tsuji1 , Masato
Yasutomo1 , Masaharu Tsuji1 , Hideya Kawasaki2 ,Tetsu Yonezawa3 , Fumitaka Mafune4 , 1 Institute ofAdvanced Materials Chemistry and Interdisciplinary
Graduate School of Engineering Sciences, Kyushu
University, Japan, 2 Department of Applied Chemistry,
Faculty of Engineering, Kansai University, Japan,
3
Division of Materials Science and Engineering,
Faculty of Engineering, Hokkaido University, Japan,
4
Department of Basic Science, Graduate School ofArts and Sciences, The University of Tokyo, Japan
16:50 Th3-O-7
Student
Laser excitations of precursor molecules bydifferent laser powers in laser-assisted growthof diamond films, Zhiqiang Xie1 , Xiangnan He1 ,Wei Hu1 , Yang Gao1 , Thomas Guillemet1 , Jongbok
Park1 , Yunshen Zhou1 , Yongfeng Lu1 , 1 University of
Nebraska-Lincoln, USA
17:10 Th3-O-8
Student
Using laser microfabrication to generate
conductive polymer/SWNTs nanocomposites,
Qingchuan Guo1 , Shizhou Xiao1 , Andreas Aumann1 ,Matthias Jaeger1 , M’Barek Chakif1 , Reza Ghadiri1 ,Andreas Ostendorf1 , 1 Ruhr-University Bochum,
Department of Laser Applications Technology,
Germany
17:30 Th3-O-9
Laser fabrication of nanocomposites inpresence of matrix-coupling agents, Anne Hahn1 ,Daniel Bartke1,2 , Philipp Wagener1 , Stephan
Barcikowski2 , 1 Laser Zentrum Hannover e. V.,
Germany, 2 Particular GmbH, Germany

17:40 Th2-O-14 Student
A laser-driven microrotor using total internalreflection illumination, Masaki Ikegame1 , Soichiro
Murakami1 , Shoji Maruo1 , 1 Yokohama National
University, Japan
18:00 Th2-O-15 Student
Assembling heterogeneous microstructuresusing holographic optical tweezers, Reza
Ghadiri1 , Cemal Esen1 , Andreas Ostendorf1 ,1
Ruhr-University Bochum, Institute of Laser
Applications Technology, Germany

17:50 Th3-I-10 Invited
Laser processing and diagnostic explorations of
non-equilibrium nanomaterial growth, David B.
Geohegan1 , A. A. Puretzky1 , J. D. Readle1 , M.
Regmi2 , J. J. Jackson2 , C. M. Rouleau1 , N. Thonnard1 ,G. Eres2 , M. Yoon2 , K. Xiao1 , G. J. M. Duscher2,3 ,M. F. Chisholm2 , K. L. More2 , 1 Center for Nanophase
Materials Sciences, Oak Ridge National Laboratory,
USA, 2 Materials Science and Technology Division, Oak
Ridge National Laboratory, USA, 3 Materials Scienceand Engineering Dept., Univeristy of Tennessee, USA

Banquet18:30

from the venue to Banquet on foot19:00

BanquetANA Hotel Clement Takamatsu
19

updated May 26, 2011

Day 3: June 9

Session 20. SP3
Nanomaterials and Nanostructures:
3D Nano/Microfabrication

Oral Session

Room 1
Session 23.
Ultrafast Laser Processing:
Creation of New Functions
Chair: Y. F. Lu
9:00 Fr1-O-1Student
Quenching non-equilibrium high-pressure
phases of Si using femtosecond laser-driven
ultrashort shock, Masashi Tsujino1 , Tomokazu
Sano1 , Norimasa Ozaki1 , Osami Sakata2 , Kazuto
Arakawa3 , Masayuki Okoshi4 , Narumi Inoue4 ,Hirotaro F. Mori3 , Kojiro F. Kobayashi5 , Ryosuke
Kodama1 , Akio Hirose1 , 1 Graduate School ofEngineering, Osaka University, Japan, 2 Japan
Synchrotron Radiation Research Institute / SPring-8,Japan, 3 Research Center for Ultra-High Voltage
Electron Microscopy, Osaka University, Japan,
4
Department of Electrical and Electronic Engineering,
National Defense Academy, Japan, 5 The Wakasa Wan
Energy Research Center, Japan

Day 4
FridayJune 10
9:00

Day 4: June 10

9:20 Fr1-O-2Student
Variation of electric resistance of functional
ceramics by shortpulse and CW laser
irradiation, Togo Shinonaga1 , Masahiro Tsukamoto2 ,Masataka Takahashi3 , Masayuki Fujita4 , Nobuyuki
Abe2 , 1 Graduate School of Engineering, Osaka
University, Osaka, Japan, 2 Joining and Welding
Research Institute, Osaka University, Osaka, Japan,
3
Osaka Municipal Technical Research Institute, Osaka,
Japan, 4 Institute for Laser Technology, Osaka, Japan
9:40 Fr1-O-3
Magnetic and optical properties of Fe3+ -doped
transparent glasses irradiated withfemtosecond laser, Seisuke Nakashima1 , Koji
Sugioka1 , Katsumi Midorikawa1 , 1 Riken – Advanced
Science Institute, Japan
10:00 Fr1-O-4
Femtosecond laser activation ofphotoluminescence in the bulk of Bi-doped
glasses, Vitali Kononenko1 , Vladimir Pashinin1 ,Boris Galagan1 , Sergey Sverchkov1 , Boris Denker1 ,Vitali Konov1 , Evgeniy Dianov2 , 1 General Physics
Institute, Russia, 2 Fiber Optics Research Center atGeneral Physics Institute, Russia
10:20 Fr1-O-5
Laser micro-machining ofhydrophobic-hydrophilic patterns for fluid
driven self-alignment in micro-assembly,
G. R. B. E. Römer1 , M. M. J. Jorritsma1 , A.J. Huisin ‘t Veld2 , 1 University of Twente, Faculty ofEngineering Technology, Chair of Applied Laser
Technology, The Netherlands, 2 University of Twente,
Faculty of Engineering Technology, Chair of Applied
Laser Technology and TNO Science & Industry,
Department Materials Technology, The Netherlands
10:40 Coffee Breakupdated May 26, 201120

Oral Session

Room 3

Room 2
Session 25. SP3
Nanomaterials and Nanostructures:
Nanophotonics and Plasmonics

Session 27.
Fundamentals and Photochemistry
Chair: Y. Ito
9:00 Fr3-O-1
Measurement of light-induced refractive index
change in photopolymer with digitalholographic microscopy, Wataru Watanabe1 ,Hidenobu Arimoto1 , Kazuyoshi Masaki2 , Takashi
Fukuda1 , 1 Photonics Research Institute, National
Institute of Advanced Industrial Science andTechnology, Japan, 2 Nippon Steel Chemical Co. Ltd.,Japan

9:20 Fr2-I-1
InvitedNanophotonic etching of glass substrate forÅ-scale surface roughness, Takashi Yatsui1 ,Wataru Nomura1 , Motoichi Ohtsu1 , 1 The Universityof Tokyo, Japan
9:50 Fr2-O-2Student
Application of Gaussian optical tweezers forultrafast laser assisted direct-write
nanostructuring, Ulf Quentin1,2 , Karl-Heinz
Leitz1,2 , Ilya Alexeev1,2 , Michael Schmidt1,2 , 1 Chairof Photonic Technologies, University ofErlangen-Nuremberg, Germany, 2 Erlangen Graduate
School in Advanced Optical Technologies, Germany
10:10 Fr2-O-3Student
Nano porous processing of polymer films basedon resonant excitation of localized surface
plasmon of Au nanoparticles, Keita Muraoka1 ,Tatsuya Shoji, Noboru Kitamura, Yasuyuki Tsuboi,
1
School of Science, Hokkaido Univ., Japan
10:30 Coffee Break

9:20 Fr3-O-2
Electronic coupling of silicon nanocrystals withengineered surface by nanosecond laser
processing in liquid media, Vladimir Švrček1 ,Davide Mariotti2 , Michio Kondo1 , 1 National Instituteof Advanced Industrial Science and Technology(AIST), Japan, 2 Nanotechnology & Advanced
Materials Research Institute, University of Ulster, UK
9:40 Fr3-O-3Student
Lasing and motion of zinc oxide nano-crystals
by ultraviolet laser irradiation, Kota Okazaki1 ,Daisuke Nakamura1 , Mitsuhiro Higashihata1 , Tatsuo
Okada1 , 1 Graduate School of Information Science andElectrical Engineering, Kyushu University, Japan
10:00 Fr3-O-4
Interaction of nanosecond pulse laser withcolloidal nanoparticles, Alexander Pyatenko1 ,Hongqiang Wang1 , Naoto Koshizaki1 , 1 AIST, Japan
10:20 Fr3-O-5
Photoluminescence dynamics in excitonplasmon coupling observed in a novel multilayer
heterostructure, Richard F. Haglund1,2 , Benjamin
J. Lawrie2 , Richard Mu3 , Kyeong Won Kim4 , David
P. Norton4 , 1 Vanderbilt University, Department of
Physics and Astronomy, USA, 2 Vanderbilt University,
Interdisciplinary Graduate Program in Materials
Science, USA, 3 Fisk University, Department of
Physics, USA, 4 University of Florida, Department ofMaterials Science and Engineering, USA
10:40 Coffee Break21

updated May 26, 2011

Day 4: June 10

Chair: John T. Fourkas

Oral Session

Room 1
Session 24.
Ultrafast Laser Processing:
Advanced Processing
Chair: S. Juodkazis
11:00 Fr1-O-6
Generation of sharp and periodic structure byinterfering femtosecond laser processing, Yoshiki
Nakata1 , Kazuma Momoo1 , Noriaki Miyanaga1 ,Takuya Hiromoto2 , 1 Institute of Laser Engineering,Osaka Univ., Japan, 2 Furukawa Electric, Japan

Day 4
FridayJune 10
11:00

11:20 Fr1-O-7
Ultra-fast writing of self-organized bubble
networks using femtosecond laser exposure in
the cumulative regime, Yves Bellouard1 ,Max-Olivier Hongler2 , 1 Eindhoven University ofTechnology (TU/e), Netherlands, 2 Ecole PolytechniqueFédérale de Lausanne (EPFL), Switzerland

Day 4: June 10

11:40 Fr1-I-8
InvitedFs laser cleaning using filamentation, Sung-Hak
Cho1 , Jung-Kyu Park1 , Jae-Yong Yu1 , Won-Seok
Chang1 , Jae-Goo Kim1 , Ji-Yeon Choi1 , Kyung-Hyun
Whang1 , 1 Nano Machining Lab. KIMM (Korea
Institute of Machinery and Materials), Korea
12:10 Lunch Time

updated May 26, 201122

Oral Session

Room 3

Room 2
Session 26. SP3
Nanomaterials and Nanostructures:
Synthesis of Nanomaterials

Session 28.
Glass Welding

Chair: S. Maruo
11:00 Fr2-UO-4 Student
PPT
New method for micro and nanoparticles
fabrication, Cinthya Emma Toro1 , Carlos Alberto
Rinaldi2 , Edgardo Domingo Cabanillas3 , 1 Dept. ofMicro and Nanotechnology, National Commission of
Atomic Energy, Argentina, 2 National Council of
Scientific and Technical Research, Argentina,
3
CONICET and Dept. of Nuclear Combustible,
CNEA, Buenos Aires, Argentina

Chair: W. Watanabe
11:00 Fr3-O-6
Efficient microwelding of glass by double pulse
irradiation of ultrafast laser beam, Koji
Sugioka1 , Makoto Iida1 , Hiroshi Takai2 , Katsumi
Midorikawa1 , 1 RIKEN – ASI, Japan, 2 Tokyo Denki
University, Japan

11:35 Fr2-O-6
Fabrication of submicrometer sphericalparticles by pulsed laser melting in liquid
under low fluence conditions, Naoto Koshizaki1 ,Hongqiang Wang1 , Yoshie Ishikawa2 , 1 National
Institute of Advanced Industrial Science andTechnology (AIST), Japan, 2 Kagawa University, Japan
11:55 Fr2-O-7
Student
Femtosecond laser-induced size reduction of
aqueous gold nanoparticles: In situ- andpump-probe spectroscopy investigation toreveal Coulomb explosion, Daniel Werner1 ,Akihiro Furube2 , Shuichi Hashimoto1 , 1 Department of
Ecosystem Engineering, The University of Tokushima,
Japan, 2 National Institute of Advanced Industrial
Science and Technology (AIST), Japan, 3 Departmentof Ecosystem Engineering, The University ofTokushima, Japan

11:40 Fr3-O-8
Fusion welding characteristics of FOTURAN
glass using ultrashort laser pulses, Isamu
Miyamoto1,2 , Kristian Cvecek3 , Yashuhiro Okamoto4 ,Michael Schmidt2,3,5 , Henry Helvajian6 , 1 Osaka
University, Japan, 2 Erlangen Graduate School of
Advanced Optical Technologies (SAOT), Germany,3
Bayerisches Laser Zeutrum, Germany, 4 Okayama
University, Japan, 5 University Erlangen-Nuremberl,Germany, 6 The Aero Space Corporation, US
12:00 Fr3-O-9
Student
Energy-dependence of temperature dynamics infemtosecond laser microprocessing investigatedby time-resolved micro-Raman spectroscopy,
Tomoki Yoshino1 , Masato Matsumoto1 , Yasuyuki
Ozeki1 , Kazuyoshi Itoh1 , 1 Graduate School ofEngineering, Osaka University, Japan
12:20 Lunch Time

12:15 Lunch Time23

updated May 26, 2011

Day 4: June 10

11:15 Fr2-O-5
Carbon-assisted fabrication of sub micrometer
spheres for low optical absorbance materials bylaser selective heating in liquid, Xiangyou Li1 ,Hongqiang Wang1 , Alexander Pyatenko1 , Naoto
Koshizaki1 , 1 National Institute of Advanced Industrial
Science and Technology (AIST), Japan

11:20 Fr3-O-7
Shear measurements of joining seams in glass
welded by ultra-fast lasers depending on focus
height, Kristian Cvecek1 , Isamu Miyamoto2 ,Matthias Rascher1 , Thomas Frick1 , Michael Schmidt3 ,1Bayerisches Laserzentrum, Germany, 2 Osaka
University, Japan, 3 Chair of Photonics Technologies,
University Erlangen-Nuremberg, Germany

Oral Session

Room 1
Session 29.
Industrial Applications
Chair: K. ItohDay 4
FridayJune 1014:00

14:00 Fr1-I-9
InvitedTechnology innovation of thin film transistors(TFTs) by laser crystallization processing,
Yoshitaka Yamamoto, 1 Sharp Corporation
14:30 Fr1-I-10 Invited
Stealth dicing technology and the trend, Junji
Okuma1 , 1 Hamamatsu Photonics K.K., Japan

Room 1
Closing

15:00 Outstanding Awards

Day 4: June 10

Closing Remark
15:30 close

updated May 26, 201124

Poster Session

Poster Session
Wednesday, June 8

11:20 Short Presentation 1 for Poster Session 1
12:20 Poster Session 1 and Exhibition

Room 1

Small Hall 2 (5F)

Fundamentals and PhotochemistryWe-P-1
Plasma emission from glass/liquid interface for real-time monitoring of LIBWE
process, Ji-Yen Cheng1,2,3 , Seyedehmansoureh Zarei Mousavi1,4,5 , Chun-Ying Wu1,2 ,Hsieh-Fu Tsai1,3 , 1 Research Center for Applied Sciences, Academia Sinica Taiwan, Taiwan,
2
Department of Mechanical and Mechantronic Engineering, National Taiwan Ocean University,
Taiwan, 3 Institute of Biophotonics, National Yang-Ming University, Taiwan, 4 Department ofChemistry, National Taiwan University, Taiwan, 5 Nano Science and Technology Program,Taiwan International Graduate Program, Academia Sinica Taiwan, Taiwan
We-P-2
Decrease in minority carrier lifetime caused by rapid laser heating, Toshiyuki
Sameshima1 , Wataru Kato1 , Yasu Kanda1 , Shinya Yoshidomi1 , Masahiko Hasumi1 , Naoki
Sano2 , 1 Tokyo University of Agriculture and Technology, Japan, 2 Aurea Works Corporation,Japan
We-P-3
Laser induced formation of buried void layer in silicon, Toshiyuki Sameshima1 , Yasu
Kanda1 , Masahiko Hasumi1 , Junichi Tatemichi2 , Yutaka Inouchi2 , Masao Naito2 , 1 Tokyo
University of Agriculture and Technology, Japan, 2 Nissin Ion Equipment Co.,Ltd, Japan
We-P-4Student
Surface modification of silicone-coated polycarbonate by F2 laser for lightweightwindow, Yoshihiko Nojima1,2 , Masayuki Okoshi1 , Hidetoshi Nojiri2 , Narumi Inoue1 ,1National Defense Academy, Japan, 2 RENIAS Co.,Ltd., Japan
We-UP-5 Student
No Attendant
Detecting plasma produced by laser in a micromachining system as in-processcontrol, Cinthya Emma Toro1 , Carlos Lasorsa2 , Carlos Alberto Rinaldi3 , 1 Dept. of Microand Nanotechnology, National Commission of Atomic Energy, Argentina, 2 Universidad
Tecnológica Nacional, Facultad Regional Haedo, Buenos Aires, Argentina, 3 National Councilof Scientific and Technical Research, Argentina

Direct Writing
We-P-6
Driving cholesteric liquid crystal display by pulsed laser, Hsuan-Kai Lin1 , Heng-Yin
Chen1 , Chao-Chiun Liang1 , Ju-Yuen Su1 , Da-Long Cheng2 , Yu-Chen Chang3 , 1 Industrial
Technology Research Institute, Taiwan, 2 Department of Computer and Communication,
SHU-TE University, Taiwan, 3 Department of Materials and Optoelectronic Science; Center
for Nanoscience and Nanotechnology, National Sun Yat-Sen University, Taiwan
We-P-7
Reversible writing of photorefractive structures in lithium niobate by laser
lithography, Vygantas Mizeikis1 , Vytautas Purlys2 , Domas Paipulas2 , Saulius Juodkazis3 ,1
Division of Global Research Leaders (Research Institute of Electronics), Shizuoka University,
Japan, 2 Laser Research Center, Department of Quantum Electronics, Vilnius University,
Lithuania, 3 Centre for Micro-Photonics, Swinburne University of Technology, Australia

25

updated May 26, 2011

Day 2: June 8

Poster 1

Poster Session
We-P-8Study on the mechanism of creating electroless plating seed on polymer by laser,
Byoung Man Paik1 , Jae Hoon Lee1 , Dong Sig Shin1 , Kun Sang Lee2 , 1 Korea Institute ofMachinery & Materials, Korea, 2 Kookmin University, Korea

Day 2: June 8

We-P-9Laser induced graphite oxide/graphene transformation, Romualdas Trusovas1 ,Gediminas Račiukaitis1 , Jurgis Barkauskas2 , Regina Mazeikiene3 , 1 Center for PhysicalSciences and Technology, Lithuania, 2 Faculty of Chemistry, Vilnius University, Lithuania,
3
Institute of Chemistry, Center for Physical Sciences and Technology, Lithuania
We-P-10
Position restricted growth of carbon nanotube and carbon nanofiber with laser
processed catalytic metal by thermal decomposition in ethanol, Satoshi Kurumi1 ,Daisuke Miura1 , Hiroaki Iwato1 , Kazuhiro Namiki1 , Kaoru Suzuki1 , 1 Nihon University, Japan

Ultrafast Laser Processing
We-P-11Comparison between plasma properties and damage thresholds in doped silica
exposed to IR femtosecond laser, Matthieu Lancry1 , Bertrand Poumellec1 , Stéphane
Guizard2 , Nikita Fedorov2 , 1 University of Paris Sud 11, France, 2 Laboratoire des Solides
Irradiés/CEA IRAMIS, Ecole Polytechnique, Palaiseau, France
We-P-12 Student
Grain size dependence of surface hardness in femtosecond laser-peened steels,
Miho Tsuyama1 , Satoshi Yamatani1 , Shota Fujii1 , Toshiya Shibayanagi2 , Masahiro
Tsukamoto2 , Nobuyuki Abe2 , Hitoshi Nakano1 , 1 Program in Electronic Engineering,Interdisciplinary Graduate School of Science and Engineering, Kinki University, Japan,
2
Joining and Welding Research Institute, Osaka University, Japan
We-P-13 Student
Electrical couduction properties of SiC modified by femtosecond laser, Takuto Ito1 ,Manato Deki1 , Takuro Tomita1 , Shigeki Matsuo1 , Shuichi Hashimoto1 , Takahiro Kitada2 ,Toshiro Isu2 , Shinobu Onoda3 , Takeshi Ohshima3 , 1 Department of Ecosystem Engineering,
The University of Tokushima, Japan, 2 Center of Frontier Research of Engineering, The
University of Tokushima, Japan, 3 Japan Atomic Energy Agency, Japan
We-P-14 Student
Exact evaluation of joint force in ultrafast microwelding without the influence ofcontacting area, Yuto Oki1 , Yasuyuki Ozeki1 , Kazuyoshi Itoh1 , 1 Department of Materialand Life Science, Graduate School of Engineering, Osaka University, Japan
We-P-15 Student
Time-resolved quantitative observation of phenomena induced by tightly-focused
femtosecond laser pulse in glass, Keisuke Iwata1 , Akihiro Takita1 , Yoshio Hayasaki1 ,1Center for Optical Science and Education (CORE), Utsunomiya University, Japan
We-P-16Fabrication of nanostructures on SKD11 metal by femtosecond laser, C. Y. Lin1 , K.
P. Chang1 , P. H. Wu1 , C. W. Cheng1 , S. M. Huang2 , 1 ITRI South, Industrial Technology
Research Institute, Taiwan, R.O.C., 2 Central Mint, Taiwan, R.O.C.
We-P-17Development of structural health monitoring sensors by optical fiber Bragg
grating, Yukihiro Shimada1 , Akihiko Nishimura1 , 1 Applied Laser Technology Institute at
Tsuruga Head Office, Japan Atomic Energy Agency, Japan
We-P-18 Student
Fabrication of micro-fluidic channel and waveguide in fused silica using
femtosecond laser, Dae-Young Lee1 , A-Young Moon1 , Woon-Young Lee1 , Ki-Soo Lim1 ,1
Chungbuk National University, R. O. Korea
We-P-19 Student
Surface control of transparent materials for hydrophobicity using femtosecond
laser micro-fabrication, Woon-Young Lee1 , Dae-Young Lee1 , A-Young Moon1 , Ki-Soo
Lim1 , 1 Chungbuk National University, R. O. Korea

updated May 26, 201126

We-P-20
Nanostructuring of silicon surface with femtosecond-laser-induced near-field,
Godai Miyaji1 , Kaifeng Zhang1 , Junji Fujita1 , Kenzo Miyazaki1 , 1 Kyoto University, Instituteof Advanced Energy, Japan
We-P-21Non-linear absorption of 1.3 µm wavelength femtosecond laser pulses focused
inside semiconductors: FDTD-TTM joint computational study, Ilya Bogatyrev1 ,David Grojo1 , Tatiana Itina2 , Philippe Delaporte1 , Marc Sentis1 , Wladimir Marin3 , 1 Lasers,
Plasmas et Procédés Photoniques UMR 6182 CNRS, France, 2 Laboratoire Hubert Curien
UMR 5516 CNRS, France, 3 Centre Interdisciplinaire de Nanoscience de Marseille, France
We-P-22
Fabrication of diffractive optical elements in polymers by 400-nm femtosecond
laser pulses, Wataru Watanabe1 , Katsumi Matsuda2 , Satoshi Hirono2 , Hiroyuki Mochizuki1 ,1
Photonics Research Institute, National Institute of Advanced Industrial Science andTechnology, Japan, 2 Production Method Development Group, Omron Corporation, Japan
We-P-23
Writing speed dependency of femtosecond laser refractive index modification inpoly(dimethysiloxane), Wataru Watanabe1 , Katsumi Matsuda2 , Satoshi Hirono2 , Hiroyuki
Mochizuki1 , 1 Photonics Research Institute, National Institute of Advanced Industrial Scienceand Technology, Japan, 2 Production Method Development Group, Omron Corporation, Japan
We-P-24
Femtosecond laser-driven shock hardening of aluminum, Tomokazu Sano1,2 , Yutaro
Isshiki1 , Tomo Ogura1 , Masayuki Okoshi3 , Narumi Inoue3 , Kojiro F. Kobayashi4 , Akio
Hirose1 , 1 Division of Materials and Manufacturing Science, Graduate School of Engineering,Osaka University, Japan, 2 JST, CREST, Japan, 3 National Defense Academy of Japan,
Japan, 4 The Wakasa Wan Energy Research Center, Japan
We-P-25 Student
Hardening of iron using femtosecond and sub-nanosecond laser pulses, Tomoki
Matsuda1 , Tomokazu Sano1,2 , Tomo Ogura1 , Kojiro F Kobayashi3 , Akio Hirose1 , 1 Division ofMaterials and Manufacturing Science, Graduate School of Engineering, Osaka University,
Japan, 2 JST, CREST, Japan, 3 The Wakasa Wan Energy Research Center, Japan

Advanced Laser Processing
We-P-26
Numerical simulation of the melt pool character in high power fiber laser
welding, Ruihua Zhang1 , Zhipen Cai1 , Jiluan Pan1 , Seiji Katayama2 , Yan Zhang3 , Fang
Zhao3 , Xiao Wang3 , 1 Tsinghua University, China, 2 Joining and Welding Research Institute,
Osaka University, Japan, 3 China Iron & Steel Research Institute Group, China
We-P-27
High-power fibre laser cleaning for green shipbuilding, Guoxin Chen1 , Tiao Joo
Kwee1 , Kim Pong Tan1 , Yoo Sang Choo2 , Minghui Hong2 , 1 Centre of Innovation (Marine &Offshore Technology), Ngee Ann Polytechnic, Singapore, 2 Faculty of Engineering, National
University of Singapore, Singapore
We-P-28
Surface modifications of metals induced by soft X-ray laser pulse irradiations,
Masahiko Ishino1 , Anatoly Faenov1 , Momoko Tanaka1 , Noboru Hasegawa1 , Masaharu
Nishikino1 , Satoshi Tamotsu2 , Tatiana Pikuz1 , Toshiyuki Ohba1 , Takeshi Kaihori1 , Tetsuya
Kawachi1 , 1 Quantum Beam Directorate, Japan Atomic Energy Agency, Japan, 2 Graduate
School of Humanities and Science, Nara Women’s University, Japan
We-P-29
Laser joining of plastic and different plastic with elastomer sheet, Yutaka Mitooka1 ,Makoto Hino1 , Teruto Kanadani2 , 1 Industrial Technology Research Institute of Okayama
Prefectural Government, Japan, 2 Okayama University of Science, Japan
We-P-30
Application of photo-stimulated desorption and decomposition process induced
by VUV radiations to surface analysis, Masahito Katto1 , Masanori Kaku2 , Shoichi
Kubodera2 , Atsushi Yokotani2 , Nobuyoshi Miyabayashi3 , Wataru Sasaki4 , 1 CRCC andPhoton Science Project, University of Miyazaki, Japan, 2 Dept. of EEE and Photon Science
Project, University of Miyazaki, Japan, 3 ESCO, Ltd, Japan, 4 NTP, Inc., Japan27

updated May 26, 2011

Day 2: June 8

Poster Session

Poster Session
We-P-31 Student
Preparation of size-controlled nanoparticles with narrow size distribution by thinfilm laser ablation in water, Motishi Fukudome1 , Naoya Fujimoto2 , Hiroshi Ikenoue1,2 ,1Advance course of Mechanical and Electrical Engineering, Kochi National College ofTechnology, Japan, 2 Department of Electrical Engineering, Kochi National College ofTechnology, Japan

Poster 2

Thursday, June 9

11:20 Short Presentation 2 for Poster Session 2
12:20 Poster Session 2 and Exhibition

Room 1

Small Hall 2 (5F)

Day 3: June 9

Micro-patterning and Micro-machining
Th-P-1Student
UV laser drilling of glassy carbon die for microneedle array, Wataru Okazaki1 ,Yoshikazu Yoshida1,2 , Takashi Uchida2 , 1 Graduate school of Engineering, Toyo University,
Japan, 2 Bio-Nano Electronics Research Centre, Toyo University, Japan
Student
Th-P-2
Laser cutting of flexible printed circuit boards in liquid, Teakgu Kim1 , Wooram Lee1 ,Chulku Lee1 , Joohan Kim1 , 1 Seoul National University of Science and Technology, Korea
Th-P-3
Laser micromachining in Mg-Cu-Gd bulk metallic glass by pulsed lasers,
Hsuan-Kai Lin1 , Ching-Jen Lee2 , Ting-Ting Hu2 , Chun-Han Li1 , Chih-Ching Jacob Huang2 ,1
Industrial Technology Research Institute, Taiwan, 2 Department of Materials andOptoelectronic Science, National Sun Yat-Sen University, Taiwan
Th-P-4Student
The effect of a laser beam wavelength on micro grooving of aluminum nitride,
Tatsuhiro Mori1 , Takuhito Otofuji1 , Shinri Nonaka1 , Yasuyuki Takata1 , Masamichi Kohno1 ,1
Kyushu University, Japan
Th-P-5Laser drilling of Ni film on silicon for µ-SOFC, Mindaugas Maciulevičius1 , Mindaugas
Gedvilas1 , Brigita Abakevičienė2 , Sigitas Tamulevičius2 , Gediminas Račiukaitis1 , 1 Center for
Physical Sciences and Technology, Lithuania, 2 Institute of Material science, Kaunas
University of Technology, Lithuania
Th-UP-6 Student
No Attendant
A new combined method to make microcavities in Si(100), Cinthya Emma Toro1 ,Betiana Lerner1 , Maximiliano Perez1 , Carlos Lasorsa2 , Carlos Alberto Rinaldi3 , Alfredo
Boselli1 , Carlos Lamagna1 , 1 Dept. of Micro and Nanotechnology, National Commission of
Atomic Energy, Argentina, 2 Universidad Tecnológica Nacional, Facultad Regional Haedo,
Buenos Aires, Argentina, 3 National Council of Scientific and Technical Research, Argentina
Th-P-7
Student
An application and effects of aligned ultrasonic vibration for high precision innanosecond laser machining, Gun Woo Kim1 , Bong Chul Kang1 , Sung Hak Cho2 , Jong
Kweon Park2 , Min Yang Yang1 , 1 Department of Mechanical Engineering, Korea Advanced
Institute of Science and Technology (KAIST), Republic of Korea, 2 Division of Nano-Mechanical
Systems, Korea Institute of Machinery and Materials (KIMM), Republic of Korea
Th-P-8Student
Micro-channel formation for solid oxide fuel cells using laser beam interference
ablation, Bogdan Voisiat1 , Mindaugas Gedvilas1 , Brigita Abakevičianė2 , Sigitas
Tamulevičius2 , Gediminas Račiukaitis1 , 1 Center for Physical Sciences and Technology,
Lithuania, 2 Institute of Material science, Kaunas University of Technology, Lithuania
Th-P-9Variation in the etch rate of LIBWE fabricating deep microtrenches, Tadatake
Sato1 , Yoshizo Kawaguchi1 , Ryozo Kurosaki1 , Aiko Narazaki1 , Wataru Watanabe1 , Hiroyuki
Niino1 , 1 National Institute of Advanced Industrial Science and Technology (AIST), Japan
updated May 26, 201128

Poster Session
Th-UP-10
No Attendant
Magnetic assisted laser micromachining for highly reflective metals, Chia-Lung
Kuo1 , Yuan-Jen Chang1 , Nai-Yu Wang1 , 1 National Yunlin University of Science andTechnology, Taiwan

Th-P-11Fabrication of transparent and conductive microchips, Szabolcs Beke1 , Jian Xu1 ,László Kőrösi2 , Koji Sugioka1 , Katsumi Midorikawa1 , 1 Laser Technology Laboratory, RIKEN— Advanced Science Institute, Japan, 2 Supramolecular and Nanostructured Materials
Research Group of the Hungarian Academy of Sciences, University of Szeged, Hungary
Th-P-12The effect of sensing area and fiber lens on sensitivity for the side-polished plastic
optical fiber sensor, Yi-Cheng Hsu1 , Hung-Chung Liu1 , Chih-De Hu1 , Jhih-Lin Chen1 ,1
Department of Biomechatronics Engineering National Pingtung University of Science andTechnology, Taiwan
Th-P-13The detection of raw milk doping constituted milk employing side-polished plastic
fiber sensor, Yi-Cheng Hsu1 , Hung-Chung Liu1 , Jhih-Lin Chen1 , Mei-Jen Lin2 , Guai-Yu
Chen2 , 1 Department of Biomechatronics Engineering National Pingtung University of Scienceand Technology, Taiwan, 2 Department of Animal Science National Pingtung University of
Science and Technology, Taiwan
Th-P-14
Laser irradiation on tin electroplating and whisker suppressibility, Makoto Hino1 ,Yutaka Mitooka1 , Koji Murakami1 , Masao Takamizawa2 , Teruto Kanadani3 , 1 Industrial
Technology Research Institute of Okayama Prefecture, Japan, 2 OM Sangyo Co. LTD., Japan,
3
Okayama University of Science, Japan
Th-P-15
Continuous laser fabrication method using an adaptive cell decomposition,
Kwangho Yoon1 , Kyunghan Kim1 , Jaehoon Lee1 , 1 Korea Institute of Machinery andMaterials (KIMM), Korea
Th-P-16 Student
Guide mode resonance sensor realized by femtosecond laser machining,
Chien-Hsing Chen1 , Ting-Chou Chang2 , Chai-Yu Lee2 , Jaw-Luen Tang1 , Shau-Chun Wang2 ,Lai-Kwan Chau2 , Wei-Te Wu3 , 1 Department of Physics, National Chung Cheng University,
Taiwan, 2 Department of Chemistry and Biochemistry, National Chun Cheng University,
Taiwan, 3 Department of Biomechatronics Engineering, National Pingtung University of
Science and Technology, Taiwan

Film Deposition
Th-P-17Development of a laser-assisted chemical vapour deposition system for the growthof carbon nanotubes, Takashi Uchida1,2 , Yoshikazu Yoshida1,2 , 1 Faculty of Science andEngineering, Toyo University, Japan, 2 Bio-Nano Electronics Research Centre, Toyo
University, Japan
Th-P-18 Student
Fabrication of TiO2 films by electrophoretic deposition, C. Y. Lin1 , D. L. Cheng1 , K.
S. Kao1 , C. H. Liang2 , H. K. Lin3 , 1 Department of Computer and Communication, Shu-Te
University, Taiwan, 2 Department of Cosmetic Science, Chia Nan University of Pharmacy and
Science, Taiwan, 3 Laser Application Technology Center/ Industrial Technology ResearchInstitute South (ITRI South), Taiwan

Lasers, Optics, and Systems
Th-P-19 Student
A new approach to characterizing surface texturing of crystalline silicon wafers
for high efficiency solar cells application, Chil-Chyuan Kuo1 , Yi- Ruei Chen1 , 1 Ming Chi
University of Technology, Taiwan
29

updated May 26, 2011

Day 3: June 9

Manufacture of Micro Devices and Systems

Poster Session
Th-P-20
Large-area UV microprocessing, Ralph Delmdahl1 , Rainer Paetzel1 , 1 Coherent GmbH,Germany
Th-P-21Fabrication of anti-reflective structures using hot embossing with a stainless steel
template fabricated by femtosecond laser, Tsung-Fu Yao1 , Ping-Han Wu2 , Chung-Wei
Cheng2 , Tzong-Ming Wu2 , Cheng-Huan Yang1 , Sen-Yen Yang1 , 1 Department of MechanicalEngineering, National Taiwan University, Taiwan, R.O.C, 2 ITRI South, Industrial
Technology Research Institute, Taiwan, R.O.C
Th-P-22
Fringe analysis by envelope detection for measuring ultra-small displacement,
Hui-Kang Teng1 , Kuo-Chen Lang1 , 1 Department of Computer and Communication
Engineering, Nan Kai University of Technology, Taiwan, ROC

Day 3: June 9

Th-P-23
Balanced detection with single photoreceiver, Kuo-Chen Lang1 , Hui-Kang Teng1 ,1
Department of Computer and Communication ngineering, Nan Kai University of Technology,
Taiwan, ROC
Th-P-24
Characterization of CsLiB6 O10 crystals grown in dry atmosphere, Yoshinori
Takahashi1,2 , Masashi Yoshimura1,2 , Yusuke Mizobe1,2 , Yohei Shimizu1,2 , Takahiro
Kawamura1,2 , Zhiming Lu1,2 , Yuji Fukushima1,2 , Takashi Moritani1,2 , Kazuto Matsuki3 ,Susumu Iida2,3 , Shinichi Imai2,3 , Y. Kaneda1,2,5 , Y. Mori1,2 , T. Sasaki1,2 , 1 Graduate School ofEngineering, Osaka University, Japan, 2 JST-CREST, Japan, 3 Advanced Mask Inspection
Technology, Japan, 4 Oxide Corporation, Japan, 5 College of Optical Sciences, The Universityof Arizona, USA
Th-P-25 Student
High performance UV laser drilling using digital scanner, Hyung-Suk Kuh1 ,Kwang-Ryul Kim1 , Byoungdeog Choi1 , Hong-Jin Park2 , Won-Ha Heo3 , Sung-Hak Cho4 ,1School of Information and Communication Engineering, SungKyunKwan University, Korea,
2
LTS, 38-13, Ojeon-dong, Uiwang-si, Gyeonggi-do, Korea, 3 Duckyu, 159-12, Gunja-Dong,
Siheung-Si, Gyeonggi-do, Korea, 4 Korea Institute of Machinery and Materials, Korea
Th-P-26 Student
High-efficiency second harmonic generation of a mode-locked picosecond
Ti:sapphire laser with an external enhancement cavity, Yuma Takida1 , Tatsuya
Ohira1 , Shingo Maeda1 , Hiroshi Kumagai1 , 1 Graduate school of Engineering, Osaka City
University, Japan
Th-P-27 Student
Parametric oscillation of terahertz wave pumped by picosecond Ti:sapphire laser
with MgO-doped LiNbO3 installed in external enhancement cavity, Yuma Takida1 ,Tatsuya Ohira1 , Shingo Maeda1 , Hiroshi Kumagai1 , Shigeki Nashima1 , 1 Graduate school ofEngineering, Osaka City University, Japan
Th-P-28 Student
TiO2 /sapphire beam splitter for high-order harmonics, Yasutaka Sanjo1 , Masaki
Murata1 , Yuji Tanaka1 , Horoshi Kumagai1 , Masaya Chigane2 , 1 Graduate School of Engineering,Osaka City University, Japan, 2 Osaka Municipal Technical Research Institute, Japan

Nanomaterials and Nanostructures
Th-P-29 Student
Morphologic phase change of silver nano particle ink obtain by laser sintering,
Michael Zenou1,2 , Amir Saar2 , Zvi Kotler1 , 1 Orbotech Ltd., Israel, 2 Hebrew University ,Racah Insitute Of Physics, Isarel
Th-P-30 Student
Spherical titanium oxide particle fabrication by laser melting in liquid, Masayuki
Ohira1 , Yoshie Ishikawa1 , Naoto Koshizaki2 , Qi Feng1 , 1 Department of Advanced Materials
Science, Faculty of Engineering, Kagawa University, Japan, 2 Nanosystem Research Institute,
National Institute of Advanced Industrial Science and Technology (AIST), Japan

updated May 26, 201130

Th-P-31
Large quantity synthesis of boron carbide particles by laser melting in liquid fornovel BNCT agent, Yoshie Ishikawa1 , Naoto Koshizaki2 , Qi Feng1 , 1 Department of Advanced
Materials Science, Faculty of Engineering, Kagawa University, Japan, 2 Nanosystem ResearchInstitute, National Institute of Advanced Industrial Science and Technology (AIST), Japan
Th-P-32 Student
Three-dimensional carbon microstructures produced by a soft molding process
based on two-photon microfabrication, Yuya Daicho1,2 , Terumasa Murakami1 , Tsuneo
Hagiwara3 , Shoji Maruo1 , 1 Yokohama National University, Japan, 2 CMET Inc., Japan,
3
Tokyo Institute of Technology, Japan

Th-P-33
Inhibitory effect of Ov-16 (4-(3,4-dihydroxybenzoyloxymethyl)
phenyl-O-β-D-glucopyranoside) on melanin synthesis: Potential role fortyrosinase signaling, Leong-Perng Chan1 , Shih-Hao Wang2 , Jing-Yao Liang3,4,5 , Da-Long
Cheng6 , Chia-Hua Liang3 , 1 Department of Otolaryngology-Head and Neck Surgery, Kaohsiung
Medical University, Chung-Ho Memorial Hospital, Kaohsiung Medical University, Taiwan,
2
Graduate Institute of Pharmaceutical Chemistry, China Medical University, Taiwan,
3
Department of Cosmetic Science, Chia Nan University of Pharmacy and Science, Taiwan,
4
Department of Urology, Kuo General Hospital, Taiwan, 5 Institute of Biomedical Engineering,
National Cheng Kung University, Taiwan, 6 Department of Computer and Communication,
SHU-TE University, Taiwan

31

updated May 26, 2011

Day 3: June 9

OthersAuthor Index

Author Index—A—
Abakevičianė, Brigita
Th-P-8Abakevičienė, Brigita
Th-P-5Abe, Kaori
We3-O-6
Abe, Nobuyuki Fr1-O-2, We-P-12
Adachi, Hiroaki
Tu2-I-3Ahn, Junsu
We3-O-5
Ahsan, Md. Shamim
Th1-O-8,
Th1-O-16
Aimez, Vincent
We1-O-3
Akahane, Yutaka
Tu3-O-2
Alexeev, Ilya
Th2-O-9, Fr2-O-2
Alloncle, Anne-Patricia
Tu1-I-8
Arakawa, Kazuto
Fr1-O-1
Arimoto, Hidenobu
Fr3-O-1
Arnold, Craig B.
Tu2-O-4
Audouard, Eric
Th1-UO-1,
Th1-UO-12
Aumann, Andreas
Th3-O-8
Auyeung, Ray We2-I-6, We2-O-12
Aya, Youichirou
Tu1-PL-3—B—
Babić, Dušan
We1-O-5
Barcikowski, Stephan
Th3-O-9
Barkauskas, Jurgis
We-P-9
Barrot, F.
Th1-I-2
Bartke, Daniel
Th3-O-9
Bartnik, Andrzej
Tu3-O-3
Baum, Marcus
Th2-O-9Béal, Romain
We1-O-3
Beckemper, Stefan
Th1-O-11
Beke, Szabolcs We2-O-7, Th-P-11
Bellouard, Yves Th1-I-2, Fr1-O-7
Beresna, M.
Th1-I-2
Bestehorn, Michael
Th1-O-15
Birnbaum, Andrew
We2-I-6,
We2-O-12
Bogatyrev, Ilya
We-P-21
Boselli, Alfredo
Th-UP-6
Bottinelli, S.
Th1-I-2
Boulais, Étienne
Tu2-UO-1,
Tu2-UO-2, Th1-UO-6
Boulanger, Pascal
We1-O-4
Bounhalli, Mourad
Th1-O-14,
Th1-UO-12
Braun, Alexander
Th2-O-1,
Th2-O-2
Breguet, J. -M.
Th1-I-2
Brown, Matthew S.
Tu2-O-4
Brunet, Philippe
Th1-UO-12
Bruns, Michael
We1-I-11
Buivydas, Ričardas
Th1-O-7—C—
C. W. Cheng
Th1-O-3, We-P-16
C. Y. Lin
We-P-16
Cabanillas, Edgardo Domingo
Fr2-UO-4
Cai, Zhipen
We-P-26
Calendron, Anne-Laure
We2-O-3
Canning, John We2-O-1, Th1-O-5
Capasso, Federico
Tu1-PL-1

updated May 26, 2011

Chakif, M’Barek
Th3-O-8
Champion, A.
Th1-I-2
Chan, Leong-Perng
Th-P-33
Chang, Ting-Chou
Th-P-16
Chang, Won-Seok
Fr1-I-8
Chang, Yu-Chen
We-P-6
Chang, Yuan-Jen
Th-UP-10
Chappuis, O.
Th1-I-2
Charipar, Nick
We2-O-12
Charmasson, Laurent
Tu1-I-8
Chau, Lai-Kwan
Th-P-16
Chen, Chien-Hsing
Th-P-16
Chen, Guai-Yu
Th-P-13
Chen, Guoxin
We-P-27
Chen, Heng-Yin
We-P-6
Chen, Jhih-Lin Th-P-12, Th-P-13
Chen, Qi Dai Tu1-O-10, Tu2-O-9
Chen, Yi- Ruei
Th-P-19
Cheng, Chung-Wei
Th-P-21Cheng, D. L.
Th-P-18
Cheng, Da-Long We-P-6, Th-P-33
Cheng, Ji-Yen
We-P-1Cheng, Ya
Th2-O-13
Chichkov, Boris N.
We3-I-9
Chigane, Masaya
Th-P-28
Chisholm, M. F.
Th3-I-10
Chivel, Yuri
Th3-O-1Cho, Eun-Chel
We3-O-3Cho, Sung Hak
Th-P-7Cho, Sung-Hak Fr1-I-8, Th-P-25
Cho, Yongkwon
We1-O-14
Choi, Byoungdeog
Th-P-25
Choi, Ji-Yeon
Fr1-I-8Choi, Wonseok
Th2-O-5Choo, Yoo Sang
We-P-27
Clavel, R.
Th1-I-2
Colombier, Jean-Philippe
Th1-UO-12
Cook, Kevin
Th1-O-5
Copperwhite, Robert
We2-O-3
Corbari, C.
Th1-I-2
Cornaggia, ChristianWe1-O-4
Cvecek, KristianTu3-O-10,
Fr3-O-7, Fr3-O-8—D—
Daicho, Yuya
Dausinger, Friedrich
Deki, Manato
Delaigue, Martin

Th-P-32
We3-I-1
We-P-13
Tu3-O-1,
Th1-O-10
Delaporte, Philippe
Tu1-I-8,
We2-I-10, Th3-O-5, We-P-21
Delmdahl, Ralph
We2-O-8,
Th-P-20
Denker, Boris
Fr1-O-4
Dianov, Evgeniy
Fr1-O-4
Diniz, Anselmo E.
We1-UO-1
Doubenskaia, Maria
Th3-O-1
Dubowski, Jan J.
Tu1-O-13,
We1-O-3
Duscher, G. J. M.
Th3-I-10
Dusser, BenjaminTh1-UO-12

32—E—
Eres, G.
Esen, Cemal

Th3-I-10
Th2-O-15—F—
Faenov, Anatoly
We-P-28
Faisst, Birgit
We1-O-16
Faure, Nicolas
Th1-UO-12
Fechner, Burkhard
We2-O-8
Fedorov, Nikita
We-P-11Feng, Qi
Th-P-30, Th-P-31
Fernandes, Susana Abreu We1-O-2
Fiedorowicz, Henryk
Tu3-O-3
Fisicaro, Giuseppe
Tu1-O-12
Fourkas, John T.
Th2-I-11
Frick, Thomas
Fr3-O-7
Friedel, Susanna
We1-O-8
Fujii, Shota
We-P-12
Fujimoto, Naoya
We-P-31
Fujita, Junji
We-P-20
Fujita, Masayuki
Fr1-O-2
Fukuda, Takashi
Fr3-O-1
Fukudome, Motishi
We-P-31
Fukushima, Yuji
Th-P-24
Furube, Akihiro
Fr2-O-7—G—
Galagan, Boris
Fr1-O-4
Gamaly, Eugene G.
Th1-I-4
Gao, Yang
Th3-O-7
Garcı́a, Daniel Nieto
Tu1-O-7
Garrelie, Florence
Th1-UO-12
Gattass, Rafael R.
Th2-I-11
Gecys, Paulius Th2-O-1, Th2-O-2
Gedvilas, Mindaugas
Th2-O-2,
Th1-O-9, Th-P-5, Th-P-8
Genest, Jonathan
We1-O-3
Geohegan, David B.
Th3-I-10
Gevincevicius, M.
Th1-I-2
Ghadiri, Reza Th2-O-15, Th3-O-8
Gillner, Arnold
Th1-O-11
Gobert, Olivier
We1-O-4
González Solar, Alejandro
Th2-O-7, Th2-O-8
Grisolia, ChristianTh3-O-5Grojo, David Tu1-I-8, Th3-O-5,
We-P-21Groothoff, NathanielWe2-O-1
Grubinskas, Simonas
Th2-O-2
Guillemet, Thomas
Th3-O-7
Guizard, Stéphane
We-P-11
Guo, Qingchuan
Th3-O-8
Gusarov, Andrey
We1-O-9—H—
Hänel, Jens
Hönninger, Clemens
Hagiwara, Tsuneo
Hagiyama, Man
Haglund, Richard F.
Hahn, Anne
Hanada, Yasutaka
Hasegawa, Noboru

We1-O-15
Th1-O-10
Th-P-32
Tu2-O-5
Fr3-O-5
Th3-O-9
Tu2-O-7
Th3-O-3,
We-P-28

Author Index
Th2-O-4
Th3-O-4,
Th1-O-13
Hashimoto, Shuichi
We1-O-10,
Fr2-O-7, We-P-13
Hasumi, Masahiko We-P-2, We-P-3
Hayasaki, Yoshio
Th2-O-4,
We-P-15
He, Fei
Th2-O-13
He, Xiangnan
Th3-O-7
Helvajian, Henry
Fr3-O-8Heo, Won-Ha
Th-P-25
Herman, Peter R.
We2-I-5Hertel, Ingolf V.
Th1-UO-1
Hertel, Ingolf Volker
Tu1-PL-2
Higashihata, Mitsuhiro
We2-O-9,
Fr3-O-3Hino, Makoto We-P-29, Th-P-14
Hiratsuka, Yuichi
Tu2-O-8
Hiromoto, Takuya
Fr1-O-6
Hirono, Satoshi We-P-22, We-P-23
Hirose, Akio
Tu3-O-6, Fr1-O-1,
We-P-24, We-P-25
Hishida, Mitsuoki
Tu1-PL-3
Hoenninger, C.
Th1-I-2
Hong, Minghui We1-O-7, We-P-27
Hong, Shi-Ping
Tu3-O-9
Hongler, Max-Olivier
Fr1-O-7
Hönninger, Clemens
Tu3-O-1
Hopper, M.
Th1-I-2
Hosokawa, Yoichiroh
Tu2-O-5
Hsu, Yi-Cheng Tu3-O-9, Th-P-12,
Th-P-13
Hu, Chih-De
Th-P-12
Hu, Ting-Ting
Th-P-3
Hu, Wei
Th3-O-7
Huang, Chih-Ching Jacob Th-P-3
Huang, Jintang
Th1-O-11
Huet, Karim
Tu1-O-12
Huis in ‘t Veld, A.J.
Fr1-O-5
Huis in ‘t Veld, Bert
We2-O-11
Hung, Shang-Chao
Tu3-O-9
Hunt, Alan J.
Tu2-I-6—I—
Iida, Makoto
Iida, Susumu
Iino, Takanori
Ikegame, Masaki
Ikenoue, Hiroshi
Ikuta, Yoshinobu

Fr3-O-6
Th-P-24
Tu2-O-5
Th2-O-14
We-P-31
Th3-O-4,
Th1-O-13
Imai, Shinichi
Th-P-24
Inada, Makoto
We3-O-8
Indrišiūnas, Simonas
Th1-O-9
Inouchi, Yutaka
We-P-3Inoue, Narumi Fr1-O-1, We-P-4,
We-P-24
Inoue, Tsuyoshi
Tu2-I-3
Iseki, Masahiro
Tu1-PL-3
Ishikawa, Atsushi
Th2-O-12
Ishikawa, Yoshie
Fr2-O-6,
Th-P-30, Th-P-31
Ishino, Masahiko
We-P-28
Ismail, Mohd Idris Shah Tu3-O-8
Isshiki, Yutaro
We-P-24
Isu, Toshiro
We-P-13

Italia, Markus
Tu1-O-12
Itina, Tatiana
We-P-21
Ito, Akihiko
Tu2-O-5Ito, Takuto
We-P-13
Ito, Yoshiro
We1-O-13, Th3-O-2
Itoh, Kazuyoshi
Tu3-O-6,
Fr3-O-9, We-P-14
Iwasa, Kodai
We1-O-10
Iwasaki, Shogo
Tu3-O-6
Iwata, Keisuke
We-P-15
Iwato, Hiroaki
We-P-10—J—
Th1-O-3
J. S. Chen
Jackson, J. J.
Th3-I-10
Jaeger, Matthias
Th3-O-8
Jarocki, Roman
Tu3-O-3
Jorritsma, M. M. J.
Fr1-O-5
Ju, Yong Feng
Th2-O-13
Juodkazis, Saulius
We2-O-4,
Th1-I-4, Th1-O-7, We-P-7—K—
K. P. Chang
We-P-16
Kaakkunen, Jarno Jere, Juhani
We1-O-12
Kaihori, Takeshi
Th3-O-3,
We-P-28
Kaku, Masanori
We-P-30
Kanadani, Teruto
We-P-29,
Th-P-14
Kanda, Yasu
We-P-2, We-P-3
Kaneda, Y.
Th-P-24
Kang, Bong Chul
Th-P-7
Kao, K. S.
Th-P-18
Kataoka, Masatoshi
We3-O-6
Katayama, Seiji
We-P-26
Kato, Wataru
We-P-2
Katto, Masahito
We-P-30
Kavčič, Blaž
We1-O-5
Kawachi, Tetsuya
Th3-O-3,
We-P-28
Kawaguchi, Yoshizo
Tu1-O-4,
We1-O-6, Th-P-9
Kawamura, Takahiro
Th-P-24
Kawasaki, Hideya
Th3-O-6
Kazansky, P.
Th1-I-2
Kim, Gun Woo
Th-P-7
Kim, Heungsoo
We2-I-6,
We2-O-12
Kim, Jae-Goo
Fr1-I-8
Kim, Joohan
Th2-O-5, Th-P-2
Kim, Kwang-Ryul
Th-P-25
Kim, Kyeong Won
Fr3-O-5
Kim, Kyunghan Tu3-O-4, Th-P-15
Kim, Sang-Kyun
We3-O-3
Kim, Teakgu
Th-P-2
Kim, Yeong Gyu
Th1-O-16
Kitada, Takahiro
We-P-13
Kitahara, Akinao
Tu1-PL-3
Kitamura, Noboru
Fr2-O-3
Kobayashi, Kojiro F
We-P-25
Kobayashi, Kojiro F.
Fr1-O-1,
We-P-24
Kodama, Ryosuke
Fr1-O-1
Kohler, Robert
We1-I-11
Kohno, Masamichi
Th-P-433

Kondo, Michio
Fr3-O-2
Kononenko, Vitali
Fr1-O-4
Konov, Vitali
Fr1-O-4
Kőrösi, László
Th-P-11
Koshizaki, Naoto
Fr3-O-4,
Fr2-O-5, Fr2-O-6, Th-P-30,
Th-P-31
Kostecki, Jerzy
Tu3-O-3
Kotler, Zvi
Tu1-O-5, Th-P-29
Kral, M.
Th1-I-2
Kubo, Kazuki
We2-O-9
Kubodera, Shoichi
We-P-30
Kudrius, Tadas
Th1-O-7
Kuh, Hyung-Suk
Th-P-25
Kumagai, Hiroshi
Th-P-26,
Th-P-27
Kumagai, Horoshi
Th-P-28
Kumeda, Akio
We2-O-9
Kumpfmueller, Josef
We2-O-2
Kumpfmüller, Josef
We2-O-3
Kuo, Chia-Lung
Th-UP-10
Kuo, Chil-Chyuan
Th-P-19
Kurosaki, Ryozo
Tu1-O-4,
We1-O-6, Th-P-9
Kurumi, Satoshi
We-P-10
Kwee, Tiao Joo
We-P-27—L—
La Magna, Antonino
Lachaine, Rémi

Tu1-O-12
Tu2-UO-1,
Tu2-UO-2
Ladario, Fabricio P.
We1-UO-1
Ladret, Romain
We1-O-4
Lamagna, Carlos
Th-UP-6
Lancry, Matthieu
We2-O-1,
Th1-O-5, We-P-11
Lang, Kuo-Chen
Th-P-22,
Th-P-23
Lasch, Markus
We1-O-15
Lasorsa, Carlos
Tu1-UO-9,
We-UP-5, Th-UP-6
Lawrie, Benjamin J.
Fr3-O-5
Lee, Chai-Yu
Th-P-16
Lee, Ching-Jen
Th-P-3
Lee, Chulku
Th2-O-5, Th-P-2
Lee, Dae-Young We-P-18, We-P-19
Lee, Jae Hoon
We-P-8
Lee, Jaehoon
Tu3-O-4, Th-P-15
Lee, Kun Sang
We-P-8
Lee, Kyumin
We3-O-3
Lee, Man Seop Th1-O-8, Th1-O-16
Lee, Won-jae
We3-O-3
Lee, Woon-Young
We-P-18,
We-P-19
Lee, Wooram
Th-P-2
Leitz, Karl-Heinz
Fr2-O-2
Lerner, Betiana
Th-UP-6
Lewis, Wayne
We1-O-15
Li, Chun-Han
Th-P-3
Li, Linjie
Th2-I-11
Li, Xiangyou
Fr2-O-5
Li, Zhiquan
We2-O-2, We3-O-7
Liang, C. H.
Th-P-18
Liang, Chao-Chiun
We-P-6
Liang, Chia-Hua
Th-P-33
Liang, Jing-Yao
Th-P-33
Liao, Yang
Th2-O-13

updated May 26, 2011

Author Index

Hasegawa, Satoshi
Hashida, Masaki

Author Index

Author Index

Lidolff, Anne
Th1-O-10
Lim, Jong-Keun
We3-O-3
Lim, Ki-Soo
We-P-18, We-P-19
Lima, Milton S. F.
We1-UO-1
Lin, C. Y.
Th-P-18
Lin, H. K.
Th-P-18
Lin, Hsuan-Kai
We-P-6, Th-P-3
Lin, Mei-Jen
Th-P-13
Lippert, Thomas
We2-I-10
Liska, Robert We2-O-2, We2-O-3,
We3-O-7
Liu, Hung-Chung
Th-P-12,
Th-P-13
Liu, Neng
Tu1-O-13, We1-O-3
Lopez, J.
Th1-I-2
Lopez, John
Th1-O-10
Lu, Yongfeng Th2-O-10, Th3-O-7
Lu, Zhiming
Th-P-24—M—
Mabillard, Y.
Th1-I-2
Maciulevičius, Mindaugas Th-P-5
Maeda, Shingo Th-P-26, Th-P-27
Mafune, Fumitaka
Th3-O-6
Mahjouri-Samani, MasoudTh2-O-10
Maigyte, Lina
We2-O-4
Makimura, Testuya
Tu1-O-11
Marin, Wladimir
We-P-21
Mariotti, Davide
Fr3-O-2
Maruo, Shoji Tu2-O-8, We3-O-8,
Th2-O-14, Th-P-32
Maruyama, Mihoko
Tu2-I-3
Masaki, Kazuyoshi
Fr3-O-1
Massa, Severin
We1-O-16
Mathews, Scott A.
We2-I-6,
We2-O-12
Matsuda, Katsumi
We-P-22,
We-P-23
Matsuda, Tomoki
We-P-25
Matsuki, Kazuto
Th-P-24
Matsumoto, Masato
Fr3-O-9
Matsumura, Hiroyoshi
Tu2-I-3
Matsuo, Shigeki
We1-O-10,
We-P-13
Matteucci, M.
Th1-I-2
Mauclair, Cyril
Th1-UO-1
Mayne-l’Hermitte, Martine
We1-O-4
Mazeikiene, Regina
We-P-9Mermillod-Blondin, Alexandre
Th1-UO-1
Metkus, Kristin
We2-O-12
Meunier, Michel
Tu2-UO-1,
Tu2-UO-2, Th1-UO-6
Midorikawa, Katsumi
Tu2-O-7,
We2-O-7, Th2-O-13,
Fr1-O-3, Fr3-O-6, Th-P-11
Minami, Yasuo
Th3-O-3Mitooka, Yutaka
We-P-29,
Th-P-14
Miura, Daisuke
We-P-10
Miyabayashi, Nobuyoshi We-P-30
Miyaji, Godai
We-P-20
Miyamoto, Isamu
Tu3-O-10,
Th1-UO-1, Fr3-O-7, Fr3-O-8
Miyanaga, Noriaki
Fr1-O-6

updated May 26, 2011

Miyasaka, Yasuhiro

Th3-O-4,
Th1-O-13
Miyazaki, Kenzo
We-P-20
Mizeikis, Vygantas
We2-O-4,
Th1-I-4, Th1-O-7, We-P-7
Mizobe, Yusuke
Th-P-24
Mochizuki, Hiroyuki
We-P-22,
We-P-23
Momoo, Kazuma
Fr1-O-6
Moon, A-Young We-P-18, We-P-19
Moon, In-Sik
We3-O-3
More, K. L.
Th3-I-10Mori, Hirotaro F.
Fr1-O-1
Mori, Tatsuhiro
Th-P-4Mori, Y.
Th-P-24
Mori, Yusuke
Tu2-I-3
Morin, Franck
Tu3-O-1
Moritani, Takashi
Th-P-24
Mottay, E.
Th1-I-2
Mottay, Eric Tu3-O-1, Th1-O-10
Moumanis, Khalid
Tu1-O-13,
We1-O-3
Mousavi, Seyedehmansoureh Zarei
We-P-1
Mu, Richard
Fr3-O-5
Mukhtar, Muhaizad
Tu3-O-8
Murai, Ryota
Tu2-I-3
Murakami, Koji
Th-P-14
Murakami, Kouichi
Tu1-O-11
Murakami, Masanao
Th2-O-3
Murakami, Satoshi
Tu2-I-3
Murakami, Soichiro
Th2-O-14
Murakami, Terumasa
Th-P-32
Muramatsu, Toshiharu
Tu3-O-7
Muraoka, Keita
Fr2-O-3
Murata, Masaki
Th-P-28
Muth, Marco
Th1-O-14
Mutin, Timofey Yu.
Th2-I-6—N—
Na, Suck-Joo
We3-O-5
Naito, Masao
We-P-3
Nakahara, Tomonori
We3-O-6
Nakamura, Daisuke
Tu1-O-11,
We2-O-9, Fr3-O-3
Nakamura, Susumu
We3-O-4
Nakano, Hitoshi
We-P-12
Nakashima, Seisuke
Fr1-O-3
Nakata, Yoshiki
Fr1-O-6
Namiki, Kazuhiro
We-P-10
Narazaki, Aiko Tu1-O-4, We1-O-6,
Th-P-9Nashima, Shigeki
Th-P-27
Neves, Davi
We1-UO-1
Nguyen, Thao
Th3-O-2
Niino, Hiroyuki
Tu1-O-4,
Tu1-O-11, We1-O-6, Th-P-9
Nishikino, Masaharu
We-P-28
Nishimura, Akihiko
Tu3-O-7,
We-P-17
Nojima, Yoshihiko
We-P-4
Nojiri, Hidetoshi
We-P-4
Nomura, Wataru
Fr2-I-1
Nonaka, Shinri
Th-P-4
Norton, David P.
Fr3-O-5

34—O—
O’Connor, Gerard M.
Tu1-O-7
Obata, Kotaro
We3-I-9Ochi, Yoshihiro
Th3-O-3
Ogawa, Kanade
Tu3-O-2
Ogura, Tomo
We-P-24, We-P-25
Ohba, Toshiyuki
We-P-28
Ohira, Masayuki
Th-P-30
Ohira, Tatsuya Th-P-26, Th-P-27
Ohmura, Etsuji
Th2-O-3
Ohshima, Takeshi
We-P-13
Ohtsu, Motoichi
Fr2-I-1
Okada, Akira
Tu3-O-8
Okada, Junichi
We3-O-2
Okada, Tatsuo
Tu1-O-11,
We2-O-9, Fr3-O-3
Okamoto, Yashuhiro
Fr3-O-8
Okamoto, Yasuhiro
Tu3-O-8
Okamoto, Yuuji
We3-O-2
Okazaki, Kota We2-O-9, Fr3-O-3
Okazaki, Kouta
Tu1-O-11
Okazaki, Wataru
Th-P-1
Oki, Yuto
We-P-14
Okoshi, Masayuki
Fr1-O-1,
We-P-4, We-P-24
Okuma, Junji
Fr1-I-10
Onoda, Shinobu
We-P-13
Ooie, Toshihiko
We3-O-6
Oosterhuis, G.
We2-O-11
Ostendorf, Andreas
We1-O-2,
Th2-O-15, Th3-O-8
Otani, Kazuto Th3-O-4, Th1-O-13
Otero Ramudo, Nerea
Th2-O-7,
Th2-O-8
Otofuji, Takuhito
Th-P-4
Ovsianikov, Aleksandr
We2-O-3,
We3-O-7
Ozaki, Norimasa
Fr1-O-1
Ozeki, Yasuyuki
Tu3-O-6,
Fr3-O-9, We-P-14—P—
P. H. Wu
We-P-16
P. N. Wan
Th1-O-3Paetzel, Rainer
Th-P-20
Paik, Byoung Man
We-P-8
Paipulas, Domas
We-P-7
Päiväsaari, Kimmo
We1-O-12
Pan, Jiluan
We-P-26
Pan, Zhenying
We1-O-7
Park, Hong-Jin
Th-P-25
Park, Jong Kweon
Th-P-7
Park, Jongbok
Th3-O-7
Park, Jung-Kyu
Fr1-I-8
Pashinin, Vladimir
Fr1-O-4
Pavlov, Mikhail
Th3-O-1
Perez, Maximiliano
Th-UP-6
Petsch, Tino
We1-O-15
Pfleging, Wilhelm
We1-I-11
Pham Xuan, Khai
We1-O-13
Piccitto, Giovanni
Tu1-O-12
Pigeon, Florent
Th1-UO-12
Pikuz, Tatiana
We-P-28
Pinault, Mathieu
We1-O-4
Piqué, Alberto We2-I-6, We2-O-12
Poberaj, Igor
We1-O-5
Podobnik, Boštjan
We1-O-5

Author Index—Q—
Quentin, Ulf

Fr2-O-2—R—
Römer, G. R. B. E.
Fr1-O-5Račiukaitis, Gediminas
Th2-O-1,
Th2-O-2, Th1-O-9, We-P-9,
Th-P-5, Th-P-8
Ragnow, Steffen Th2-O-1, Th2-O-2
Rapp, Ludovic
Tu1-I-8
Rascher, Matthias
Fr3-O-7
Readle, J. D.
Th3-I-10
Regmi, M.
Th3-I-10
Reif, Juergen Th1-O-14, Th1-O-15
Reynaud, Stéphanie
Th1-UO-12
Ricaud, Sandrine
Tu3-O-1
Rinaldi, Carlos Alberto Tu1-UO-9,
Fr2-UO-4, We-UP-5, Th-UP-6
Riva, Rudimar
We1-UO-1
Robitaille, Alexandre
Th1-UO-6
Rode, Andrei
Th1-I-4
Romero Romero, Pablo M.
Th2-O-7, Th2-O-8
Rosa, Lorenzo
Th1-O-7
Rosenfeld, Arkadi
Tu1-PL-2,
Th1-UO-1
Rouleau, C. M.
Th3-I-10
Russ, Simone
We1-O-16—S—
S. M. Huang
We-P-16
Saar, Amir
Tu1-O-5, Th-P-29
Sakabe, Shuji Th3-O-4, Th1-O-13
Sakata, Osami
Fr1-O-1
Sameshima, Toshiyuki
We-P-2,
We-P-3
Samokhvalov, Andrey A. Th2-I-6
Sanjo, Yasutaka
Th-P-28
Sano, Naoki
We-P-2Sano, Tomokazu
Tu3-O-6,
Fr1-O-1, We-P-24, We-P-25
Sasaki, T.
Th-P-24
Sasaki, Wataru
We-P-30
Sato, Tadatake Tu1-O-4, We1-O-6,
Th-P-9Sawada, Tomoyuki
Tu2-O-8
Sazaki, Gen
Tu2-I-3
Scano, Alessandra
Th2-O-7,
Th2-O-8
Schmid, Gerhard
We2-O-2
Schmidt, Michael
Tu3-O-10,
Th2-O-9, Fr2-O-2, Fr3-O-7,
Fr3-O-8
Schneider, Christof Walter
We2-I-10
Sentis, Marc
Tu1-I-8, Th3-O-5,
We-P-21

Shibayanagi, Toshiya
We-P-12
Shimada, Yukihiro
We-P-17
Shimizu, Seiji
Th2-O-3
Shimizu, Yohei
Th-P-24
Shin, Dong Sig
We-P-8
Shin, Dongsig
We1-O-14
Shinohara, Wataru
Tu1-PL-3
Shinonaga, Togo
Fr1-O-2
Shobu, Takahisa
Tu3-O-7
Shoji, Tatsuya
Fr2-O-3
Shudo, Kazumasa
We3-O-2Siebert, Christof
We1-O-16
Silvennoinen, Martti Veli Johannes
We1-O-12
Šlekys, Gintas
Th1-O-7Šliupas, Remigijus
Th1-O-7
Smirnov, Valentin N.
Th2-I-6
Smurov, Igor
We1-O-9, Th3-O-1
Sommer, Steffen Sven
We3-I-1
Stadlmann, Klaus
We2-O-2,
We2-O-3
Staliunas, Kestutis
We2-O-4
Stampfl, Juergen
We2-O-2
Stampfl, Jürgen We2-O-3, We3-O-7
Stocker, Michael P.
Th2-I-11
Stoian, Razvan
Tu1-PL-2,
Th1-UO-1, Th1-UO-12
Stolberg, Klaus P.
We1-O-8
Su, Ju-Yuen
We-P-6
Sublemontier, Olivier
We1-O-4
Suemoto, Tohru
Th3-O-3
Sugioka, Koji Tu2-O-7, We2-O-7,
Th2-O-13, Fr1-O-3,
Fr3-O-6, Th-P-11
Sugiyama, Shigeru
Tu2-I-3
Suh, Jeong
Tu3-O-4, We1-O-14
Sun, Hong Bo Tu1-O-10, Tu2-O-9
Suzuki, Kaoru
We-P-10Sverchkov, Sergey
Fr1-O-4
Švrček, Vladimir
Fr3-O-2
Szczurek, Anna
Tu3-O-3
Szczurek, Miroslaw
Tu3-O-3—T—
Takahashi, Akihiko
Takahashi, Masataka
Takahashi, Yoshinori

Tu1-O-11
Fr1-O-2
Tu2-I-3,
Th-P-24
Takai, Hiroshi
Fr3-O-6
Takamizawa, Masao
Th-P-14
Takano, Kazufumi
Tu2-I-3
Takata, Yasuyuki
Th-P-4
Takida, Yuma Th-P-26, Th-P-27
Takita, Akihiro
We-P-15
Tamotsu, Satoshi
We-P-28
Tamulevičius, Sigitas
Th-P-5,
Th-P-8Tan, Kim Pong
We-P-27
Tanabe, Rie
We1-O-13, Th3-O-2
Tanaka, Masato
We3-O-6
Tanaka, Momoko
We-P-28
Tanaka, Takuo
Th2-O-12
Tanaka, Yuji
Th-P-28
Tang, Jaw-Luen
Th-P-16
Tatemichi, Junichi
We-P-3Teng, Hui-Kang Th-P-22, Th-P-23
Terakawa, Akira
Tu1-PL-3

35

Terakawa, Kota
Thonnard, N.
Tokita, Shigeki

Th3-O-3
Th3-I-10
Th3-O-4,
Th1-O-13
Tomita, Takuro
We1-O-10,
Th3-O-3, We-P-13
Torgersen, Jan
We3-O-7Torii, Shuichi
Tu1-O-11
Torii, Takashi
We3-O-8Toro, Cinthya Emma
Tu1-UO-9,
Fr2-UO-4, We-UP-5, Th-UP-6
Toya, Kazuyuki
We2-O-9Trusovas, Romualdas
We-P-9Tsai, Hsieh-Fu
We-P-1
Tsuboi, Yasuyuki
Fr2-O-3
Tsuji, Masaharu
Th3-O-6
Tsuji, Takeshi
Th3-O-6
Tsujino, Masashi
Fr1-O-1
Tsukamoto, Masahiro
Fr1-O-2,
We-P-12Tsuta, Koji
We2-O-9Tsuyama, Miho
We-P-12—U—
Uchida, Takashi Th-P-1, Th-P-17
Umeda, Yoshifumi
Th3-O-3
Uno, Yoshiyuki
Tu3-O-8—V—
Vahimaa, Pasi
Vailionis, Arturas
Varlamov, Sergej
Varlamova, Olga

We1-O-12
Th1-I-4
Th1-O-15
Th1-O-14,
Th1-O-15
Vatry, Aude
Th3-O-5
Veiko, Vadim P.
Th2-I-6
Ventikos, Yiannis
Tu2-O-4
Venturini, Julien
Tu1-O-12
Voisiat, Bogdan Th1-O-9, Th-P-8—W—
Wachulak, Przemyslaw
Tu3-O-3
Wagener, Philipp
Th3-O-9Wang, Hongqiang
Fr3-O-4,
Fr2-O-5, Fr2-O-6
Wang, Keyi
Th1-O-11
Wang, Nai-Yu
Th-UP-10
Wang, Shau-Chun
Th-P-16
Wang, Shih-Hao
Th-P-33
Wang, Xiao
We-P-26
Watanabe, Akira
Tu1-O-6
Watanabe, Wataru
Tu1-O-4,
We1-O-6, Fr3-O-1, We-P-22,
We-P-23, Th-P-9
Wehrmann, Anja
Th2-O-1
Weiler, Sascha
We1-O-16
Werner, Daniel
Fr2-O-7
Whang, Kyung-Hyun
Fr1-I-8
Wieduwilt, Jan
We1-O-16
Winter, ShoshanaTu1-O-5
Wu, Chun-Ying
We-P-1Wu, Dong
Tu1-O-10, Tu2-O-9
Wu, Ping-Han
Th-P-21
Wu, Si
Th1-O-11
Wu, Si Zhu
Tu1-O-10, Tu2-O-9
Wu, Tzong-Ming
Th-P-21
Wu, Wei-Te
Th-P-16

updated May 26, 2011

Author Index

Poggel, Sven
We1-O-8
Poumellec, Bertrand
We2-O-1,
Th1-O-5, We-P-11
Privitera, Vittorio
Tu1-O-12
Proell, Johannes
We1-I-11
Puretzky, A. A.
Th3-I-10
Purlys, Vytautas
We-P-7
Pyatenko, Alexander
Fr3-O-4,
Fr2-O-5

Author Index—X—
Xiao, K.
Th3-I-10
Xiao, Shizhou We1-O-2, Th3-O-8
Xie, Xiaozhu
We1-O-7
Xie, Zhiqiang
Th3-O-7
Xiong, Wei
Th2-O-10
Xu, Jian
We2-O-7, Th-P-11
Xu, Zhi Zhan
Th2-O-13

We1-O-9
Th2-O-3
We3-O-6
We1-O-8
Tu3-O-7
Tu3-O-2
Th3-O-3
Fr1-I-9Author Index—Y—
Yadroitsev, Igor
Yahata, Keisuke
Yamachoshi, Yuji
Yamada, Tamehide
Yamada, Tomonori
Yamakawa, Koichi
Yamamoto, Minoru
Yamamoto, Yoshitaka

Yamashita, Susumu
Tu3-O-7
Yamatani, Satoshi
We-P-12
Yang, Cheng-Huan
Th-P-21
Yang, Min Yang
Th-P-7
Yang, Sen-Yen
Th-P-21
Yang, Wenge
Th1-I-4
Yao, Tsung-Fu
Th-P-21
Yasutomo, Masato
Th3-O-6
Yatsui, Takashi
Fr2-I-1
Yokotani, Atsushi
We-P-30
Yoneda, Haruki
Tu1-PL-3
Yonemoto, Yukihiro
Tu3-O-7
Yonezawa, Tetsu
Th3-O-6
Yoon, Kwangho Tu3-O-4, Th-P-15
Yoon, M.
Th3-I-10
Yorozu, Masafumi
We3-O-2
Yoshida, Yoshikazu
Th-P-1,
Th-P-17

updated May 26, 201136

Yoshidomi, Shinya
Yoshikawa, Hiroshi
Yoshimura, Masashi
Yoshino, Tomoki
Yu, Jae-Yong

We-P-2Tu2-I-3
Th-P-24
Fr3-O-9
Fr1-I-8—Z—
Zaouter, Yoann
Tu3-O-1
Zenou, Michael Tu1-O-5, Th-P-29
Zhang, Kaifeng
We-P-20
Zhang, Long
Th2-O-13
Zhang, Qijin
Th1-O-11
Zhang, Ruihua
We-P-26
Zhang, Yan
We-P-26
Zhao, Fang
We-P-26
Zhou, Yunshen Th2-O-10, Th3-O-7
Ziebert, Carlos
We1-I-11
Zimmer, Klaus
Th2-O-1