ADVANCE PROGRAM
13th International Conference on Optics-photonics
phDesign & Fabrication“ODF'22, Sapporo”
August 3rd-5th, 2022

ODF
Fa

Sapporo Convention Center, Sapporo, Japan
Organized by
Optics Design Group of The Optical Society of Japan

Co-Sponsored by
JSAP (The Japan Society of Applied Physics)

In Cooperation with (to be confirmed)
DGaO (German Society for Applied Optics)・EOS (European Optical Society)・ICO (International Commission
for Optics) ・ IEICE (The Institute of Electronics, Information and Communication Engineers) ・ IEIJ (The
Illuminating Engineering Institute of Japan)・JIEP (Japan Institute of Electronics Packaging)・IIEEJ (The Instituteof Image Electronics Engineers of Japan)・ITE (The Institute of Image Information and Television Engineers)・
JOEM (Japan Optomechatronics Association)・JOMA (Japan Optical Measuring Instruments Manufacturers'
Association)・JPS (The Physical Society of Japan)・JSMBE (Japanese Society for Medical and BiologicalEngineering)・Japan Photonics Council・JSPE (The Japan Society for Precision Engineering)・LSJ (The Laser
Society of Japan)・OITDA (Optoelectronics Industry and Technology Development Association)・OSA (The
Optical Society)・OSK (Optical Society of Korea)・SPIJ (The Society of Photography and Imaging of Japan)・
The Color Science Association of Japan・The Astronomical Society of Japan・The Spectroscopical Societyof Japan・SID Japan Chapter (Society for Information Display Japan Chapter)

Post-Deadline Paper Submission: June 30th, 2022
Early-Bird Registration Deadline: June 30th, 2022
http://www.odf.jp/

TIME TABLE
1st Day
August 3, 2022 (Wed)Registration (8:00-17:00)

2nd Day
August 4, 2022 (Thu)
Registration (7:30-17:00)

3rd Day
August 5, 2022 (Fri)Registration (8:00-12:30)

8:15

Plenary Session 3
8:45
8:50
9:00

8:30

[OFA2B]
Optical Components /Devices

BreakOpening Session

9:15[OThA1B]
Optical Design /Simulation / Fabrication
Plenary Session 2(CLEO-PR2022/ODF'22)

9:25
9:35

Break
[OFA2C]
Optical Components /Devices

10:30
10:40

Coffee BreakCoffee Break

11:00

11:00

[OThA4A]
New Technologies

11:30[OFA3A]
Optical Systems

12:10

Lunch

12:25

Lunch

13:30

13:30

ISOM/ODF Joint Session:Advanced Imaging
Technologies

15:10

13:30

[OThP4B]
New Technologies

15:05

Coffee Break

15:30

Lunch

Coffee Break

15:30[OWP1A]
Optical Design /Simulation / Fabrication[OFP3B]
Optical Systems

15:05
15:30

[OFPSSA]
Special Session[OThP2A]
Optical Components /Devices
16:45
16:55

17:05
17:15

Group Photo

Break[OFPSSB]
Special Session

17:10

Break
17:45

Break
18:00

18:15

18:30

Poster Session
Banquetat Sapporo Park Hotel

20:00
20:30

Coffee BreakClosing Session

INTRODUCTION
The 13th International Conference on Optics-photonics Design & Fabrication “ODF'22, Sapporo” will be heldon August 3rd-5th, 2022. Optics-photonics design and fabrication will continue to play a significantly importantrole in the 21st century achieving harmony between technology and the environment. ODF'22 is intended to provide
an international forum for original paper presentations and discussions of optics-photonics design and fabricationrelated technological and scientific topics. These topics include theory, design, fabrication, testing, applications, andothers.
ODF'22 is aimed to promote international collaboration among the participants in this field including relatedcompanies’ exhibition.
Collaboration and Competition make progress.
“Join us at ODF'22, Sapporo, Japan!”

SCOPE OF THE CONFERENCE
ODF'22 is an international forum for the engineers and scientists in the field of Optics-photonics Design andFabrication to exchange their ideas and achievements with the goal of future mutual progress. The conference covers
the following major topical categories:
Special Session: “Optics for Life Sciences”
Category 1. Optical Design / Simulation / Fabrication
Lens Design, Lens Design Theory, Illumination Simulation, Non-imaging Optics Design, Freeform Optics,
Simulation Software, Fabrication and Testing
Category 2. Optical Components / Devices
Laser, LED, OLED, Detector, Image sensor, DOE/HOE, Thin Film, Coating, Optical Waveguide, Optical Fiber,
Integrated Optoelectronic Device, Active Optical Component, Optical MEMS, Photonic Crystal, Device Fabrication
Category 3. Optical Systems
Camera, Microscopy, Display, Projector, Optical Data Storage, Optical Lithography, Illumination Optics, 3D Image
Acquisition, 3D Display, VR/AR, LiDAR, Automotive Optics, Biomedical Optics, Optofluidics, Optical
Measurement, Optical Sensing, Spectroscopy
Category 4. New Technologies
AI Optics, Computational Imaging and Sensing, Single pixel imaging, Digital Holography, CGH, Nonlinear Optics,
Ultrafast Optics, Metamaterial, Plasmonics, Near-Field Optics, Quantum Optics, Nano Structures, Optical Cloaking,
Other Future Technologies in Optical Design and Fabrication

TECHNICAL PROGRAM
August 3, 2022 (Wednesday)
Opening Session (9:00-9:15)
Presider:H. Tatsuno (Ricoh / Japan)
Opening Remarks
T. Omatsu (Chiba Univ. /Japan)
M. Hasegawa (Canon / Japan)
Plenary Session2 (CLEO-PR2022/ODF'22) (9:15-11:30)
Presider: H. Tatsuno (Ricoh / Japan)
Plenary2-C1 (Invited)(9:15)
Exploiting the Force of Light for Biomedicine and Precision Measurement (TBD)
K. Dholakia (Univ. of St Andrews / UK)
Plenary2-C2 (Invited)(10:00) Fluctuation for Nanophotonics
S. Kawata (Osaka Univ. / Japan, RIKEN / Japan)
In the field of nanophotonics, fluctuations in detectors, sources, and environments mat cause fatal errors
in results, and suppressing them has been an important issue. In this talk, I would like to discuss rather
exploiting such fluctuations as the source of signal, using micro- and nano-Raman imaging and 3D-nanofabrication as examples.
Plenary2-C3 (Invited)(10:45) Lens Design for Parallel Super Cameras (TBD)
D. J. Brady (The Univ. of Arizona / USA)
Lunch (11:30-13:30)
ISOM/ODF Joint Session: Advanced Imaging Technologies (13:30-15:10)
Presider:H. Kawano (Mitsubishi Electric / Japan)
IWPK OWP-01 (Invited)(13:30) [Infrared Sensors and Their Application on Imaging and Sensing (tentative)] Development of
T2SL Infrared Detector in JAXA
H. Katayama, M. Hirose, S. Sato, K. Shinozaki, and T. Kimura (JAXA / Japan)
We describe the development history of Type II superlattice infrared detector (T2SL) for future space
applications in JAXA. Space-borne infrared detectors require higher sensitivity, higher resolution, andlarger formats than ground-based infrared detectors. T2SL has preferable characteristics in terms ofoperating temperature and spectral sensitivity.
IWPK OWP-02 (Invited)(13:55) Review of the Development of Infrared Cameras for Automotive Applications in the Frameworkof the European Project Heliaus
G. Druart, F. D. L. Barrière, J.-B. Volatier (ONERA / France), V. Reux, L. Calvez, X.-H. Zhang (Univ.
Rennes / France, CNRS / France, ISCR / France), E. Tartas (LYNRED / France), R. Proux, J.Franks(UMICORE / France), and S. Ehret( FRAUNHOFER IPT / Germany)
Infrared cameras could serve automotive applications as long as low-cost and high-throughput
manufacturing methods are available. We explored infrared wafer-scale optics for QVGA sensors andhigh index chalcogenide glasses for VGA sensors.

IWPK OWP-03 (Invited)(14:20) Beam and Image Steering by MEMS Array for AR and Lidar Applications
Y. Takashima (The Univ. of Arizona / USA)
Beam and image steering by Micro Electro Mechanical Systems (MEMS) display enables unique features
such as adaptive foveation, side-lobe rejection for lidar, and pixel pitch reduction, field-of-view expansion,
pupil steering for Augmented Reality (AR) devices.
IWPK OWP-04 (Invited)(14:45) Long Range Automotive FMCW LiDAR with Solid State Scanning
A. Rueda (Scantinel Photonics / Germany)
We report on the development of a commercially available solid-state FMCW LiDAR improving thesystem’s reliability, lifetime, production costs and compatibility to the automotive industry requirements.
Coffee Break (15:10-15:30)[OWP1A] Optical Design/Simulation/Fabrication (15:30-17:05)
Presiders:T. Otaki (Nikon / Japan)
Y. Fang (National Kaohsiung Univ. of Science and Technology / Taiwan)
OWP1A-01 (Invited)(15:30) FORMOSAT Satellites, Taiwan and Its Further
Y. Fang, S. Lin, and P. Huang (NSPO / Taiwan)
With the next coming Space 4.0 era, 3ʳ ͩ phase of Taiwan’s national space project has been kickoff since2019 for further indigenous space technology. Developments of FORMOSAT Satellites in National Space
Organization, Taiwan will be introduced.
OWP1A-02(15:55) Gradient-Index Mapping Method Using Neural Network
H. Ohno and T. Usui (Toshiba / Japan)
Based on a spatial parametric ray equation, an iterative gradient-index (GRIN) mapping method using theneural network is constructed to map a GRIN distribution that enables light rays to trace corresponding
desired paths.
OWP1A-03(16:10) Freeform for Visible and Thermal Infrared Applications
G. Druart, L. Duveau, Cl. Freslier, J. Volatier (ONERA / France), and T. Lépine (Univ. Lyon / France)
Panchromatic catoptric systems using the freeform technology are investigated. We study a classical Three
Mirror Anastigmat configuration and a more uncommon αZ configuration. Images in infrared and visible
are presented for the αZ configuration.
OWP1A-04 (Invited)(16:25) Snapshot Multispectral Imaging Using a Pixel-Wise Color Polarization Image Sensor
S. Ono (FUJIFILM / Japan)
A new snapshot multispectral-imaging technique is proposed herein. An imaging lens that incorporates
multiple spectral filters and polarizing filters is combined with a pixelwise color polarization image sensor.
The prototype of a nine-band can take a multispectral video image.
OWP1A-05(16:50) Concept for Enabling Industry 4.0 in the Context of Design and Assembly of Optical Systems
M. Prochnau, G. König (RWTH Aachen Univ. / Germany), S. Scheres (Fraunhofer Inst. for Laser
Technology / Germany), F. Zerbes (RWTH Aachen Univ. / Germany), J. Stollenwerk (RWTH Aachen
Univ. / Germany, Fraunhofer Inst. for Laser Technology / Germany), and C. Holly (RWTH Aachen Univ.
/ Germany)
This paper reflects possibilities of transferring technological achievements of Industry 4.0 into theautomated design and assembly of optical systems. Intelligent algorithms and high-precision assembly
robotics enables the expert-independent, purely system-guided production of optical systems.
Banquet (18:00-)(At Sapporo Park Hotel)

August 4, 2022 (Thursday)
Plenary Session3 (8:15-8:45)
Presider:M. Hasegawa (Canon / Japan)
Plenary3-O1 (Invited)(8:15)
Lens Optics Brilliant Forever ---Introducing new theories related to imaging
M. Shibuya (Tokyo Polytechnic Univ. / Japan)
Lens optics is an old, new, and eternal technology. The theory of lens optics continues to advance invarious ways. In this presentation, I will introduce two theories which have not been discussed.
Break (8:45-8:50)[OThA1B] C1. Optical Design/Simulation/Fabrication (8:50-10:40)
Presiders:Y. Suzuki (Evident / Japan)
R. Youngworth (Riyo / USA)OThA1B-01 (Invited)(8:50)
Advances and Insights into Fundamental Optics Standards
R. N. Youngworth (Riyo / ISA), E. Herman (Zygo / USA), and D. M. Aikens (Savvy Optics / USA)
A summary of key developments in fundamental optical standards from 2010 to early 2022 is given inthis paper. The work includes not only ISO 10110, but also incorporates information on other key
fundamental optics standards in ISO/TC 172/SC 1.
OThA1B-02(9:15)
Modular Cross-Dispersion Spectrometer MOBIUS for Large Binocular Telescope
D. Kim (Large Binocular Telescope Observatory / USA, The Univ. of Arizona / USA), H. Kang (The
Univ. of Arizona /USA), J. Wiese, H. Choi (Large Binocular Telescope Observatory / USA, The Univ. of
Arizona / USA), A. Conrad (Large Binocular Telescope Observatory / USA), and D. Thompson (Large
Binocular Telescope Observatory / USA)
MOBIUS is a modular optical system designed to fit within the focal plane mask frame of the LUCI
spectrograph. MOBIUS provides cross-dispersion, allowing spectra to be recorded covering all four nearinfrared bands.
OThA1B-03 (Invited)(9:30)
Modeling of Optical Fabrication Chains during Optics Design
O. Faehnle (OST Univ. of Applied Sciences / Switzerland)
Results of computer modeling and simulation of the optimal fabrication chain (at minimum cost and risk)
for given optical systems design is presented, enabling cost impact analysis during the optical design stage.
OThA1B-04(9:55)
Apodized Phase Contrast Microscopy Reveals Motion of Cellular Organelles
T. Otaki (Nikon / Japan) and K. Katoh (National Inst. of Advanced Industrial Science and Technology /Japan)We have developed a high magnification objective performed with apodized phase-contrast bright high,for observing intracellular structures. It reveals motion of organelles such as the endoplasmic reticulum,
which was hard to observe in unstained cells.
OThA1B-05(10:10) Si-Microring Resonator with Sidewall Nano-Grating Structures for High-Q Resonance Modes
A. Igarashi, K. Murooka (Tohoku Univ. / Japan), Y. Ohtera (Toyama Prefectural Univ. / Japan), andH. Yamada (Tohoku Univ. / Japan)
Microring resonators with sidewall nano-grating structures were able to realize resonance modes withconcentric magnetic-field distributions by FDTD simulation. The microring structures could optimize
Q-values of the resonance modes for a high-performance photonic circuit.

OThA1B-06(10:25) Development of High-Speed and High-Precision Alignment Technology Using the 3D Chart
M. Negishi, D. Matsunaga, K. Chiba, and H. Ogawa (CCTECH JAPAN / Japan)
The 6-DOF active alignment is important for mobile camera mass production. We propose a new
method using the 3D chart. The experimental result showed 3 times faster and more accurate than theconventional methods.
Coffee Break (10:40-11:00)[OThA4A] C4. New Technologies (11:00-12:10)
Presider:Y. Saita (Wakayama Univ. / Japan)
OThA4A-01 (Invited)(11:00) Dielectric Metasurfaces for Holography and Focusing at Visible Wavelengths
K. Iwami (Tokyo Univ. of Agriculture and Technology / Japan)
Dielectric metasurfaces for holography and the varifocal lens are introduced. A multicolor metasurface
holographic movie consisting of 20 frames was demonstrated. A rotational varifocal metalens shows awide focal length tuning from negative to positive.
OThA4A-02(11:25) Vacuum Ultraviolet Light-Generating Metalens
M. Tseng (National Yang Ming Chiao Tung Univ. / Taiwan, Academia Sinica /Taiwan), M. Semmlinger,
M. Zhang, C. Arndt (Rice Univ. / USA), T. Huang, C. Chu (Academia Sinica /Taiwan), V. Su (National
United Univ. / Taiwan), H. Kuo (Academia Sinica /Taiwan), M. Chen, D. P. Tsai (City Univ. of Hong
Kong / Hong Kong), J. Yang, B. Cerjan, P. Nordlander, and N. Halas (Rice Univ. / USA)
Vacuum ultraviolet (VUV) light is of great importance to many applications such as photochemistry andnanolithography. In this talk, a nonlinear metalens composed of ZnO nanoantennas for VUV generationand focusing will be reported.
OThA4A-03(11:40) Stereophonic Lithography Using a Parabolic Mirror Projection System and One-sided
Illumination
T. Horiuchi, J. Iwasaki, and H. Kobayashi (Tokyo Denki Univ. / Japan)
Stereophonic projection lithography using parabolic mirrors was examined. To extend the patternedarea, one-sided illumination was investigated, and improved patterning performances were
demonstrated. In addition, subjects to be studied further were also shown and discussed.
OThA4A-04(11:55) Enhancement of Lighting Quality for the Product of Phosphor Converted White Light Emitting
DiodesC. Sun (National Central Univ. / Taiwan, National Yang Ming ChiaoTung Univ. / Taiwan), Q. Nguyen(National Central Univ. / Taiwan), T. Lee (National Taiwan Univ. of Science and Technology / Taiwan),
S. Lin, C. Wu, T. Yang, and Y. Yu (National Central Univ. / Taiwan)
The proposed method is applied for the pc-WLEDs to cause a significant luminous flux quenching thatallows the user's eyes to be actively protected in order to avoid exposure to the bluish light.
Lunch (12:10-13:30)[OThP4B] C4. New Technologies (13:30-15:05)
Presider:N. Yoneda (Kobe Univ. / Japan)
OThP4B-01 (Invited)(13:30) Ray Files Reconstruction Based on the Computational Photometric Measurement (TBD)
L. Cao (Tsinghua Univ. / China)

OThP4B-02(13:55) Ghost Imaging with Complementary Correlation Calculations Using Deep Learning
S. Kataoka, Y. Mizutani, T. Uenohara, Y. Takaya (Osaka Univ. / Japan), and O. Matoba (Kobe Univ. /Japan)For nano defects inspection, a fast and robust method is required. Combining ghost imaging with deeplearning reduces measurement time but decreases robustness. This report uses deep learning tocomplement the correlation calculation improves robustness.
OThP4B-03(14:10) Experimental Verification of Fluorescence Tags Using FRET Networks Responding to Molecular
InputsK. Hayashi, Y. Ogura, S. Shimomura, T. Nishimura, and J. Tanida (Osaka Univ. / Japan)
We present experimental verification of fluorescence tags using FRET networks which change thefluorescence spectra in response to molecular inputs. Experimental results demonstrate the basic
function of the fluorescence tag for quantitative molecular sensing.
OThP4B-04 (Invited)(14:25) Extraordinary Computational Imaging Technologies with Ordinary Optical Modulators
V. Anand (Univ. of Tartu / Estonia, Swinburne Univ. of Technology / Australia), S. Ng, J. Maksimovic, T.
Katkus, M. Han (Swinburne Univ. of Technology / Australia), D. Linklater (RMIT / Australia), A. Klein,
K. Bambery, M. Tobin (Australian Synchrotron / Australia), E. Ivanova (RMIT / Australia), J. Vongsvivut(Australian Synchrotron / Australia), and S. Juodkazis (Swinburne Univ. of Technology / Australia,
Tokyo Inst. of Technology / Japan)
Computational imaging technology (CIT) has revolutionized the field of imaging. CITs based on two
genres namely random and deterministic optical fields generated by common optical modulators withextraordinary imaging capabilities are discussed.
OThP4B-05(14:50) Auto-differentiation Based Computational Lensless Imaging for EUV Metrology
Y. Shao, S. Weerdenburg (Delft Univ. of Technology / Netherlands), J. Seifert (Utrecht Univ. /Netherlands), R. Horsten (Delft Univ. of Technology / Netherlands), and W. Coene (Delft Univ. ofTechnology / Netherlands, ASML Holding N.V. / Netherlands)
As the semiconductor industry approaches the manufacturing ability of a few nanometers, EUV
computational lensless imaging is of great interest for future metrology applications to determine certain
features, e.g. the critical dimension and the overlay, of wafer structures and to detect defects. We present
a auto-differentiation based ptychography algorithm implemented on the TensorFlow platform andvalidation results on the EUV setup.
Coffee Break (15:05-15:30)[OThP2A] C2. Optical Components / Devices (15:30-17:10)
Presiders:A. Seifert (CIC nanoGUNE / Spain)
K. Ikeda (Osaka Metropolitan Univ. / Japan)
OThP2A-01 (Invited)(15:30) Computational Holographic Displays and Applications
H. Urey (Koc Univ. / Turkey)
OThP2A-02(15:55) Virtual Image Suppression in Aerial Display Using Volume HOE and DCRA
T. Sakamoto, I. Nakao, S. Takeyama, and M. Yamaguchi (Tokyo Inst. of Technology / Japan)
We verify the suppression of virtual images that interfere with the observation of the real image
displayed by DCRA in an aerial display system combining DCRA and volume HOEs by ray tracing andexperimental methods.
OThP2A-03(16:10) Planar Lightwave Circuit Digital Holographic Microscope with a Visible Arrayed Waveguide
Grating
H. Gomi, Y. Murai, K. Nakama, K. Hayashi (The Univ. of Electro-Communications / Japan), K.
Okamoto (Okamoto Lab. / Japan), and E. Watanabe (The Univ. of Electro-Communications / Japan)
We conducted experiments to extract a narrowed light wave by combining two types of arrayedwaveguide gratings (AWGs), experimentally demonstrating that it is possible to achieve threedimensional and multispectral imaging using an AWG planar lightwave circuit DHM optical system.

OThP2A-04(16:25) Fast Phase-shift Control Method for a High-speed Planar Lightwave Circuit Digital Holographic
Microscope
K. Hayashi, K. Nakama, H. Gomi (The Univ. of Electro-Communications / Japan), K. Okamoto(Okamoto Lab. / Japan), and E. Watanabe (The Univ. of Electro-Communications / Japan)
A new thermo-optical phase control method is proposed and demonstrated to realize a faster and moreaccurate four-step phase shift in PLC-DHM. Using this phase-shift control method, we demonstrated
66.7 fps color-moving-image imaging.
OThP2A-05(16:40) Integrated Broadband Tunable Electro-Optic Switch in Lithium Niobate Waveguide Circuits
Q. Tseng, A. Niko, T. Pham, H. Chung, L. Deng, and Y. Chen (National Central Univ. / Taiwan)
We demonstrate an optical switch in LiNbO3 integrated circuits based on an electro-optic (EO)
polarization-mode converter and a broadband adiabatic polarizing-beam splitter. The device featureshigh EO switching efficiency (~95%) and broadband (>100 nm) tunability.
OThP2A-06(16:55) Optical Birefringence Arrangements Using Molecular Diffusions Under Photopolymerization
K. Maruyama, Y. Tokizane, and A. Emoto (Tokushima Univ. / Japan)
Molecular diffusions often generate molecular orientation which results in the formation of opticalbirefringence. It is expected that such molecular orientation is also existed under photopolymerization.
We employed this phenomenon to prepare functional optical devices.
Break (17:10-18:00)
Poster Session (18:00-20:00)
P-OTh-01
Optical Simulation of Lens-Sensor Misalignment Detection Based on Amplitude and Phase ofImage
K. Kobayashi, T. Kawamata, and K. Nishi (The Univ. of Electro-Communications / Japan)
Misalignment between lens and image sensor causes an asymmetric defocus and distortion. We propose
a method to detect the misalignment by using the amplitude and phase of image and verify it through an
optical simulation.
P-OTh-02
WFE Derived MTF Values of Cassegrain Telescopes
H. Tsay, P. Lin, C. Lien, H. Kuo, and M. Chen (Taiwan instrument research Inst. / Taiwan, National
Applied Research Laboratories / Taiwan)
In this article, we compared wavefront error (WFE) results with what got from modulation transfer
function (MTF) measuring setup for Cassegrain telescopes. Measured MTF values at specified
frequency were compared with those derived from WFE measurements. It was concluded that MTF
values derived from WFE measurements being a good estimate to telescope performance in camera
resolution performance.
P-OTh-03
Optical Model of the Volume-Holographic-Optical-Element Based Near-Eye Light-Field Display
Y. Yu, C. Chen, C. Chen, C. Kuo, P. Huang, and C. Sun (National Central Univ. / Taiwan)
The issue of volume holographic optical element (VHOE) should be considered in the reflection grating,when it is used in the near-eye light-field display. Therefore, we propose the simulation models of the
VHOE to make simulations.
P-OTh-04
Approach a UV-C LEDs Optical Modeling with Aid of Fluorescent Material
T. Le, S. Lin (National Central Univ. / Taiwan), C. Sun (National Central Univ. / Taiwan, National Yang
Ming Chiao Tung Univ. / Taiwan), Q. Nguyen, C. Wu, T. Yang, and Y. Yu (National Central Univ. /Taiwan)We present a precise mid-field model for 275 nm UV-C LED by comparing the 2-dimension simulated
irradiance pattern and the gray-level image captured by a mono-CMOS with aid of fluorescent film inre-emitting visible light.
P-OTh-05
The Miniature Light-Field Camera with High Spatial Resolution
Y. Chen, M. Xie, H. Yang (National Central Univ. / Taiwan), Y. Cheng (National Applied Research Lab. /Taiwan), and C. Wang (National Central Univ. / Taiwan)
We propose a new type of microlens array for the light-field camera. The microlens array consists of alarge microlens at the center to improve spatial-frequency resolution and surrounding microlenses toprovide field-angle information. A PDMS microlens array is fabricated by using nanoimprint
technology. Via the proposed microlens array, we can simultaneously obtain field-angle information andhigh spatial resolution images with a one-shot image.
P-OTh-06
Low Aspect Ratio Dielectric Metasurface based on Sandwich Nano-Fin
W. Hsu, H. Lai, Y. Chen, and C. Wang (National Central Univ. / Taiwan)
We propose a sandwich nano-fin to further reduce the aspect ratio requirement of PB-phasemetasurfaces. The phase modulation ability and polarization conversion efficiency (PCE) of
GaN/amorphous silicon (a-Si)/GaN sandwich nano-fin were investigated. Compared with GaN nano-fin,
the aspect ratio of sandwich nano-fin dropped from 6 to 4. Moreover, the PCE was up to 69.36%, which
was 1.56 times higher than the GaN nano-fin under the same aspect ratio.
P-OTh-07
Design of Matrix Light Source Applied to Small-Sized Headlamp
C. Wu, S. Lin, T. Le, Y. Lin, X. Lee, Y. Yu, T. Yang (National Central Univ. / Taiwan), T. Lee (NTUST
Univ. / Taiwan), and C. Sun (National Central Univ. / Taiwan)
In this paper, we design a thirty mini-LEDs array as the light source of low/high beam for the smallsized mechanism of the bicycle headlamp. From the ray-tracing simulation results, the mini-LED arrayis compatible with the small reflector of the bicycle headlamp. The light patterns of low/high beam meet
the K-mark regulations.
P-OTh-08
1-Megapixel Depth Camera Lens Design and Analysis for a Fixed Lens with Object Distance from0.55 m to 10 m
S. Tsai, W. Sun, C. Sun (National Central Univ. / Taiwan), Y. Su (Taiwan Instrument Research Inst. /Taiwan, National Applied Research Laboratories / Taiwan), and J. Yu (National Central Univ. / Taiwan)
We design a fixed lens for a depth camera which designed object distance was 750 mm with the field
angle of the lens was 100.59° and the object distance from 0.55 m to 10 m.
P-OTh-09
A Patternable Lighting System to Phototherapy
C. Chou, Y. Su, C. Yang, Y. Lin, H. Tsai, and K. Huang (National Applied Research Laboratories /Taiwan, Taiwan Instrument Research Inst. / Taiwan)
In the paper, we presented a patternable lighting system to phototherapy. The lighting system couldchange light field graphics and adjust the light dose according to the hair density in the affected area.
The light field would focus on the affected area to improve the treatment efficiency. The lighting system
illumination uniformity was over 91% and the maximum irradiance was 160 mW/cm2. The patternable
resolution was 20mm. In the future, we want to build the lighting system and conduct clinical trials. The
system could use to realize high efficient and precision treatment.
P-OTh-10
10 × Optical Zoom Phone Camera Design
Y. Liu and W. Sun (National Central Univ. / Taiwan)
In this paper, we design a 10 × optical zoom camera with 8-megapixel sensor, and the lens depth equals
to 8.9mm.
P-OTh-11
Performance of Downsized High-power Optical Isolator Using Novel Glass with High Verdet
Constant
F. Suzuki, T. Furuyama, F. Sato, N. Masuda (Nippon Electric Glass / Japan), and K. Tanaka (Kyoto
Univ. / Japan)
Magneto-optical glass with a large Verdet constant has been developed. The glass was utilized as a
Faraday rotator in the optical isolator, and the downsizing of the isolator was achieved.
P-OTh-12
Diffusive Application of Aperiodic Microlens Array
N. Hanashima, K. Shibuya, K. Hayashibe, and H. Takekuma (Dexerials / Japan)
A microlens array (MLA), which converges and diverges incoming light for focusing and diffusing
purpose, is widely used in various optical applications. This paper presents and demonstrates a diffusive
application of aperiodic MLA(s).

P-OTh-13 Withdraw
P-OTh-14
Power Conversion Efficiency of RGB Phosphor by Excitation of 385nm Ultraviolet LED
Y. Muramoto, M. Kimura, T. Morii, and A. Kondo (NITRIDE SEMICONDUCTORS / Japan)
Power conversion efficiencies (wall-plug efficiency, WPE) of 22.4%, 21.4%, and 26.4% were obtained
for red, green, and blue phosphors irradiated by UV LED with 385nm peak wavelength, respectively.
P-OTh-15
High Performance, Low-Cost USB Line Scanning Sensor Board for Industrial and Research
Applications
M. Osterheider, K. Sengebusch, J. Beckers, and M. Imlau (Univ. of Osnabrueck / Germany, Eureca
Messtechnik / Germany)
We present our results on the development and characterization of a high performance, low-cost, USB
line scanning camera board based on the TCD1304DG CCD sensor.
P-OTh-16
Planar Lightwave Circuit Digital Holographic Microscope for 3-D Imaging Through RandomMedia
K. Iida, M. Ohta (The Univ. of Electro-Communications / Japan), K. Okamoto (Okamoto Lab. / Japan),
M. Takeda (Utsunomiya Univ. / Japan), and E. Watanabe (The Univ. Of Electro-Communications /Japan)We designed and fabricated a new planar lightwave circuit digital holographic microscope (PLC-DMH)
with adjacent point light sources. Using this PLC-DHM, microscopic 3D imaging through random
media based on common-path phase-shift digital holography was experimentally demonstrated.
P-OTh-17
Design of Holographic Optical Elements for Lens Array Components and its Application in Light
Field Display
C. Chen, Y. Yu, C. Sun, Y. Huang, and C. Kuo (National Central Univ. / Taiwan))
The design of holographic optical elements, including an out-coupling grating and a lens arraycomponent, for light field displays is introduced in this study. A light field display platform will also bepresented.
P-OTh-18
Fluorescence Measurement Using an Optical Fiber Type Small Spectrometer
K. Muro and Y. Hattori (Teikyo Univ. / Japan)
We proposed a small spectrometer that irradiates and receives light with a single optical fiber, andmeasured the fluorescence of solids and liquids.
P-OTh-19
Defect Mapping of Metal Contaminated Si Wafers by a Laser Heterodyne Photothermal
Displacement Method
T. Harada (Univ. of Miyazaki / Japan, JSPS Research Fellow / Japan), K. Morita, S. Harada, H.
Ohyama, T. Ikari, and A. Fukuyama (Univ. of Miyazaki / Japan)
To investigate the distribution of nonradiative recombination centers of semiconductors, we developed alaser heterodyne photothermal displacement method. Mapping measurement for contaminated Si wasconducted and revealed the defect patterns.
P-OTh-20
Development of an Optical System for Near-Infrared Spectropolarimeter Onboard SUNRISE
Balloon-Borne Solar Observatory
T. Tsuzuki, Y. Katsukawa, F. Uraguchi, Y. Kawabata, H. Hara, M. Kubo, Y. Nodomi, Y. Suematsu(National Astronomical Observatory of Japan / Japan), and T. Shimizu (National Astronomical
Observatory of Japan / Japan, Japan Aerospace Exploration Agency / Japan)
We have developed a near-infrared spectropolarimeter onboard the Sunrise balloon-borne solar
observatory launched in 2022. In this paper, we present the development of the optical system fromoptical design to optical analysis, opto-mechanical analysis, and performance tests.

P-OTh-21
Assessment of a Laser Rangefinder Maximum Range with Continuous Polarization Attenuation
Technique
C. Han and S. Jhang (National United Univ. / Taiwan)
Conventional practical maximum range test for a laser rangefinder system was the extinction ratio
method, which installed many density filters in the optical path after the transmitter or before thereceiver. In this work, a continuous polarization attenuation technique by employing three polarization
elements was demonstrated. This approach provides the benefit of higher attenuation factor and thereplacement of optical elements was not required during the measurement.
P-OTh-22
Three-Dimensional Velocity Distribution Measurement Using Spatial Encoding and Wavelength
Scanning
H. Yamaji, S. Ghafar, and K. Maru (Kagawa Univ. / Japan)
We propose a differential laser Doppler velocimeter (LDV) for three-dimensional velocity distribution
combining spatial encoding by bias-frequency assignment and non-mechanical scanning of
measurement points. The results indicate that 3D velocity distribution measurement was successfully
demonstrated.
P-OTh-23
Optical System Capturing the User from the Front Through an Interactive Aerial Display
K. Fujii, M. Yasugi, and H. Yamamoto (Utsunomiya Univ. / Japan)
We propose an optical system that shows an aerial image and captures a user from the front. Touchlessinteraction is realized by AIRR and a finger-position sensor. Polarization modulation eliminates thereflection of displayed images.
P-OTh-24
Automated NIR Spectrometer for the Investigation of Correlation Between Sky Spectra andWeather Parameters
Y. Ohtera, H. Tanaka, T. Takaya, and Y. Okura (Toyama Prefectural Univ. / Japan)
Monitoring system of near infrared spectra of the sky, for the investigation of correlation between
spectra and weather parameters, was developed. Machine learning algorithms were applied to find an
efficient model for the parameter estimation.
P-OTh-25
Multi-Laser Light Section Method Enabling Enlargement of Height Measurement Range
Y. Arai, H. Kawano, and K. Mochizuki (Mitsubishi Electric / Japan)
Resolution and range are trade-offs under a constant number of pixels in the light section method. We
propose a multi-laser method and confirmed a range enlargement without increasing the number ofpixels.
P-OTh-26
A Michelson Twin Interferometer for Phase-shifting Measurement
H. Tetsuo (Univ. of Yamanashi / Japan)
A Michelson twin interferometer for phase-shifting measurement with a four-step interferometricmethod is described in this work. Two interference signals concerning measurement and reference
beams are generated from a common optical system simultaneously. Although the interference signal ofeach beam changes over time, they have a synchronous relationship and the error component could be
removed by taking the phase difference of the two beams even in the experimental environment without
special temperature control and vibration-proofing equipment.
P-OTh-27
Proposal of Reflective Optics for Wide Wavelength Band of Mid-Infrared Passive Spectroscopic
Imaging
D. Anabuki, H. Adachi, Y. Morimoto, S. Yamashita, T. Kitazaki, and I. Ishimaru (Kagawa Univ. / Japan)
We intend to perform in situ micro-object measurements via mid-infrared passive spectroscopic imaging
by a palm-sized image-type two-dimensional Fourier spectroscope. An expandable spectroscopic
imaging wavelength band was realized by configuring the apparatus with reflective optics.

P-OTh-28
Ultra-High Luminance Laser-Based White Light Module
T. Lee and Y. Lin (National Taiwan Univ. of Science and Technology / Taiwan)
In many Illumination applications, it is valuable that a light source can emit more lumens from acompact physical light-emitting area. This means that such a high-luminance light source can design an
optical system with higher light intensity and a smaller beam angle. In the study, we used high-power
blue laser pumping single crystal phosphor as luminescent cores, through novel optical designs such ascompression optics, photon recycling, resonant cavity, etc., to reduce the gain of system étendue,
improve the light output efficiency, and finally develop a laser-based white light module with ultra-highluminance performance.
P-OTh-29
Accurate Transmittance Measurement with Calibration of Integration Sphere
P. Huang, C. Kuo, Y. Huang, Y. Yu, T. Yang, and C. Sun (National Central Univ. / Taiwan)
When measuring total transmittance by integration sphere, the response is not uniform. Therefore, ourteam proposed a method that uses screen image synthesis system and integration sphere to calibrate
response and get an accurate transmittance.
P-OTh-30
Numerical Analysis of Orthogonal Functional Systems for Finite Fresnel Transform
T. Aoyagi and K. Ohtsubo (Toyo Univ. / Japan)
We deal with the eigenvalue problems of Fredholm integral equation of the first kind on Fresnel
transforms. The orthogonal functional systems were applied to an approximation of some complexvalued functions in the vector space.
P-OTh-31
A Study on Low Color Temperature and Color Rendering Improvement in Phosphor-Converted
Type Laser Illuminants
Y. Manabe, H. Fuji, K. Fujioka, K. Yamamoto (Osaka Univ. / Japan), T. Kusunoki, S. Tokumitsu, H.
Kawabe, and S. Makio (Oxide / Japan)
We have proposed red laser assisted laser illuminants for blue laser pumped phosphor conversion type.
The laser lighting illuminants have a low color temperature of 3000 K, high color rendering properties
and high luminous efficacy.
P-OTh-32
Mid-Infrared Passive Spectroscopic Imaging for Outdoor Environmental Measurement
K. Miyamura, Y. Morimoto, T. Kitazaki, and I. Ishimaru (Kagawa Univ. / Japan)
We have been attempting to realize outdoor environmental measurements using a mid-infrared
spectrometer without illumination. This work proposes a new spectroscopic method and demonstrates
the utility of the method when measuring plastics and gases.
P-OTh-33
Highly Sensitive Plastic Scintillation Optical Fiber Detector for Environmental Radiation
Monitoring
S. Song, J. Kim, J. Park, S. Kim, T. Lim, and B. Lee (Chung-Ang Univ. / Korea)
The detectable minimum dose rate of proposed highly sensitive plastic scintillation optical fiber detector(PSOF) is less than 0.1 μSv/h, and it can be used to monitor environmental radiation accurately.
P-OTh-34
Design of Fourier Holographic Imaging System for Remote Projection of a Small Object
C. Yu, Y. Lan, and S. Lin (National Yang Ming Chiao Tung Univ. / Taiwan)
We present the design of Fourier holographic imaging system for remote projection of a small object.
The system consists of a point light source, Fourier hologram and imaging lens. It can be proved that
Fourier transformation of the hologram is obtained at the imagine plane of light source. We can thenchange the size of projected object at far distance by varying the distance between the point light sourceand hologram. In experiments, we have demonstrated to project 8-cm high image at 50-m away from theoptical system.
P-OTh-35
Design of Optically Extended Convolutional Neural Network
X. Pan, X. Chen, S. Takeyama, and M. Yamaguchi (Tokyo Inst. of Technology / Japan)
We demonstrate the optically extended convolutional neural network (OeCNN) that integrates the
optical imaging system with the digital CNN. OeCNN simplifies the imaging system by making it an
optically extended convolutional layer ahead of the digital CNN.

P-OTh-36
Laser Surface Modification Technology for Improving the Properties of Metal Oxide
Semiconductor Gas Sensing Thin Films
R. Chen, P. Chen, M. Chen, and W. Hsiao (Taiwan Instrument Research Inst. / TIRI, NARLabs / Taiwan)
This research developed a laser surface modification technology employing high-speed, high-precision
optical scanning for gas sensing with SnO2 metal oxide semiconductor. Only selective surface
modifications were required to obtain various film and sensor properties. A metal oxide semiconductor
film that underwent laser surface modification was subjected to various nitrogen dioxide (NO2) gas
concentrations (10, 30, and 50 ppm) for testing its utility for gas response and sensing and fordesorption with an ultraviolet light–emitting diode method. The developed optical gas desorption
mechanism can successfully desorb the target gas from a sensing film.

August 5, 2022 (Friday)[OFA2B] C2. Optical Components / Devices (8:30-9:25)
Presider:Y. Miyamoto (UEC Tokyo / Japan)
OFA2B-01 (Invited)(8:30)The Search for Habitable Worlds Around Nearby Stars with Large Telescopes and Innovative
Photonics
O. Guyon (The Univ. of Arizona / USA, Subaru Telescope / USA)
Jupiter-size exoplanets are imaged with current telescopes equipted with extreme adaptive optics.
Habitable Earth-like planets will be studied with upcoming 30-m class telescopes, and their atmospheres
probed for signs of biological activity.
OFA2B-02(8:55)
Novel Transmission Gratings for Space Applications and Astronomical Observations
N. Ebizuka, T. Okamoto, Y. Yamagata (RIKEN / Japan), M. Sasaki (Toyota Technology Inst. / Japan), I.
Tanaka, T. Hattori (National Astronomical Observatory of Japan / Japan), Y. Nakauchi (JAXA / Japan),
M. Nishimaki, K. Yamamoto, M. Okada (Nalux / Japan), and K. Saiki (Osaka Univ. / Japan)
We are developing volume binary gratings and trapezoid gratings with high angular dispersion, highdiffraction efficiency and wide spectral rang. Simulation results, fabrication methods, and experimental
results of these gratings are described in this article.
OFA2B-03 (Invited)(9:10)DNA Detection by SERS on InGaN Quantum Wells Decorated with Al Nanoparticles
A. Nguyet, T. Nguyen, K. Lai, F. Chien (National Central Univ. / Taiwan)
DNA nucleobases were detected by the SERS performed on nanostructured InGaN QWs decorated with
Al nanoparticles. The SERS intensity of 19-mer thymine was found be effectively enhanced as the Al
layer thickness exceeds 40 nm.
Break (9:25-9:35)[OFA2C] C2. Optical Components / Devices (9:35-10:30)
Presiders:N. Ebizuka (RIKEN / Japan)
K. Lai (National Central Univ. / Taiwan)
OFA2C-01 (Invited)(9:35)New Profirometer and Data Stitching Algorithm for Large Mirror Measurement
M. Kurita (Kyoto Univ. / Japan, Logistlab / Japan) and K. Takahashi (Logistlab / Japan)
A new metrology and data stitching algorithm for fabrication of large mirror are presented. The method
is applicable to large free form mirrors. The stitching algorithm can integrate smoothly multiple data set
sharing common region without inconsistency.
OFA2C-02(10:00) Double-Frequency-Grating Phase Shearing Interferometer Used in the Holographic Data Storage
Y. Yu, T. Hou, T. Yang, and C. Sun (National Central Univ. / Taiwan)
In order to produce a robust technique in reading the multi-level phase signal in holographic data
storage, we propose and demonstrate a pre-integral DFGSI with the utilization of a built-in phaseshifting function.
OFA2C-03(10:15) Fabrication of Polarization Diffraction Element by Utilizing Photoalignable Polymer Liquid
CrystalR. Momosaki (Nagaoka Univ. of Technology / Japan), M. Sakamoto, K. Noda, T. Sasaki (Nagaoka Univ.
of Technology / Japan, JST / Japan), T. Sakai, Y. Hattori (Hayashi Telempu / Japan), N. Kawatsuki(Univ. of Hyogo / Japan), JST / Japan), and H. Ono (Nagaoka Univ. of Technology / Japan, JST /Japan)
Polarization diffraction optical elements formed by the photoalignment of a polarization-sensitive
polymer liquid crystal are presented. Specifically, we introduce an incident angle dependence-reduced
polarization grating with biaxial anisotropy and a wavefront aberration-corrected geometric-phase lens.
Coffee Break (10:30-11:00)

[OFA3A] C3. Optical Systems (11:00-12:25)
Presiders:
H. Ohno (Toshiba / Japan)
A. Rueda (Scantinel Photonics / Germany)
OFA3A-01 (Invited)(11:00) Deep Tissue High-Resolution Optical Imaging in the Third Near Infrared Window
M. Yamanaka (Osaka Univ. / Japan), D. Sonoyama (Nagoya Univ. / Japan), H. YUKAWA (Nagoya Univ.
/ Japan, Nat. Inst. For Quantum Science and Technology / Japan), M. Tokunaga (Nagoya Univ. /Japan), Y. Baba (Nagoya Univ. / Japan, National Inst. For Quantum Science and Technology / Japan),and N. Nishizawa (Nagoya Univ. / Japan)
We present our recent work on the development of optical coherence microscopy and two-photon
fluorescence microscopy with NIR-Ⅲ light for high-resolution deep tissue imaging.
OFA3A-02(11:25) Coded Exposure Imaging System for Crack Inspection
Y. Hashiba, K. Mochizuki, E. Sano, S. Takushima, H. Kawano (Mitsubishi Electric / Japan), and H.
Nagahara (Osaka Univ. / Japan)
We developed a crack inspection system that applied coded exposure photography. The results of field
experiments in a tunnel demonstrated that our system detected 0.3-mm wide cracks when moving at 80
km/h.
OFA3A-03(11:40) Phase Modulation Fresnel Zone Aperture for Image Resolution Improvement in LenslessCamerasK. Yamaguchi, K. Tajima, Y. Nakamura, and T. Shimao (Hitachi / Japan)
Use of phase modulation Fresnel zone aperture (FZA) is proposed for suppressing diffraction in FZAbased lensless camera. The effectiveness of the proposed method was experimentally verified with thedeveloped prototype of compact lensless camera modules.
OFA3A-04(11:55) An Eye Tracking Method to Extend the Viewing Zone in Multiview 3DDisplays
Z. Yao, P. Surman (Southern Univ. of Science and Technology / China), X. Yang, G. Zhu, W. Xu (Huawei
Technologies / China), and X. Sun (Southern Univ. of Science and Technology / China)
We designed a multi-view 3D display system with eye tracking using 8K panel. This provides a multiview 3D display with high resolution and smooth motion parallax that gives the viewer good freedom of
movement.
OFA3A-05(12:10) Detection of Glucose-Induced Emission Spectra Based on Mid-Infrared Passive Spectroscopic
Imaging for Non-Invasive Blood Glucose Sensor and Evaluation of Correlation of Time Series
Data with Invasive Sensors
T. Kitazaki, Y. Morimoto, S. Yamashita, D. Anabuki, S. Tahara, A. Nishiyama, K. Wada, and I. Ishimaru(Kagawa Univ. / Japan)
We propose mid-infrared passive spectroscopic imaging for non-invasive blood glucose sensing todetect glucose from skin radiation without using a light source. We performed measurements at the wristand successfully detected the glucose emission peak.
Lunch (12:25-13:30)[OFP3B] C3. Optical Systems (13:30-15:05)
Presiders:
M. Yamanaka (Osaka Univ. / Japan)
Y. Takashima (The Univ. of Arizona / USA)OFP3B-01 (Invited)(13:30) Hardware Challenges for Implementing Metaverse-Compatible Use Cases on Smart Glass AR
Form Factors (TBD)
B. Kress (Google / USA)

OFP3B-02(13:55) Two-Dimensional Beam Splitter Array Waveguide for High Luminance and Large Eye-Box Head
Mounted Display
T. Kuno, R. Ukai (Hitachi /Japan), T. Mouri (Hitachi-LG Data Storage /Japan), and T. Nakamura(Hitachi /Japan)
To realize head mounted display (HMD) for outdoor use, we developed ABSA waveguide, which
consists of two-dimensional beam splitter array for efficient eye-box expansion. ABSA waveguideachieved high luminance and large eye-box HMD.
OFP3B-03 (Invited)(14:10) Optical See-Through Near-Eye Display for Augmented Reality with Focus Cue Support
M. Choi and J. Park (Inha Univ. / Korea)
In this paper, we introduce our recent works to alleviate the discrepancy between vergence andaccommodation distance, which is the main cause of visual fatigue in optical see-through near-to-eye
displays.
OFP3B-04(14:35) In-Process Height Displacement Measurement System for 5-Axis Process Control of Laser Wire
Deposition
S. Takushima, M. Fukami, N. Shinohara, D. Morita, and H. Kawano (Mitsubishi Electric / Japan)
We propose an in-process height displacement measurement system using a crossed line beam with linesection method. Our system achieved high-accuracy measurement by correcting height change at themeasurement position by workpiece’s tilt during 5-axis processing.
OFP3B-05(14:50) Bimodal Vibrational Spectroscopy for Simultaneously Operating Raman and FTIR
L. Arévalo, S. O'Brien, E. Lopez, A. Bastida (nanoGUNE / Spain), G. Singh (SMART / Singapore), and
A. Seifert (nanoGUNE / Spain, IKERBASQUE /Spain)
We describe the design, construction, and calibration of a novel bimodal spectroscopy system featuring
simultaneous investigation of same sample using both Raman and FTIR. Vibrational spectra of complex
biomaterials validate the performance of the system.
Coffee Break (15:05-15:30)[OFPSSA] Special Session (15:30-16:45)
Presider:K. Konno (Konica Minolta Inc. / Japan)
OFPSSA-01 (Invited)(15:30) Deep Learning-enabled Computational Microscopy and Sensing
A. Ozcan (Univ. of California / USA)In this presentation, I will provide an overview of some of our recent work on the use of deep neuralnetworks in advancing computational microscopy and sensing systems, also covering their biomedical
applications.
OFPSSA-02 (Invited)(15:55) Optical Sensing Technologies for Sustainable Food Production (TBD)
N. Kondo (Kyoto Univ. / Japan)
OFPSSA-03 (Invited)(16:20) Versatile Applications of Laser Scanning Based on the Optical Pickup Head Technology
R. Tsai, J. Chen, F. Lo, C. Pien, J. Lee, J. Yang, K. Hsu, and G. Tiao
(CADUCEUS BIOTECHNOLOGY / Taiwan)
Versatile applications of laser scanning based on the optical pickup head technology, including
bioimaging of cell structure, biosensing of localized surface plasma resonance, and microarray, aresystematically reviewed.
Break (16:45-16:55)

[OFPSSB] Special Session (16:55-17:45)
Presider:T. Otaki (Nikon Corp. / Japan)
OFPSSB-01 (Invited)(16:55) Observation of Fi Ne Structures of the Cells with Optical Microscopes
K. Katoh (National Inst. of Advanced Industrial Science and Technology / Japan)
We focus on images of biological samples. Fine structures of the cells were observed with polarized
light, apodised phase contrast, and super resolution microscopes. Future of microscope in biomedical
field will also be discussed.
OFPSSB-02 (Invited)(17:20) Low-Cost Optical Sensing Applied to Life Sciences
G. Cardoso, M. Sampaio, and R. Souza (Univ. of Sao Paulo / Brazil)
Easy-to-use low-cost health monitoring has received renewed interest in the wake of COVID-19. We
will discuss non-invasive and contactless health evaluation methods that use conventional cameras andsensors in the visible and NIR.
Closing Session (17:45-18:15)
Presider:H. Kawano (Mitsubishi Electric / Japan) (Tentative)
Best Paper Award(17:45)
S. Yamaguchi (Konica Minolta / Japan) (Tentative)
Closing Remarks(17:55)
M. Hasegawa (Canon / Japan)

INSTRUCTIONS FOR SPEAKERS
All speakers are required to register for participation in ODF'22. English will be used for all presentations andprinted material.
(Oral presentation)
Oral session is to be held in “Oval Room (Conference Hall)”. The presentation time will be 25 minutes for invited
papers (including 5 minutes discussion) and 15 minutes for regular papers (including 3 minutes discussion).
Attention bell will be given three times as in the table below. A PC-based data projector is available.
Speakers are asked to bring their presentation files with own USB thumb drive. It is the presenter's responsibility tocopy your presentation file as soon as possible in each session room at any break in advance to the session of yourpresentation. There are also student staff who would be supporting to copy your presentation data in the room. The
file must be compatible with Microsoft PowerPoint or Adobe Acrobat on Microsoft Windows indicated above. Your
presentation file will be surely deleted after the session.
(1) Presentation time
Plenary Session
Special Session
Invited Papers
Contributed Papers

Presentation

Discussion

Total

20min.

5min.

25min.

12min.

3min.

15min.

(2) Attention bell
1st bell

2nd bellEnd of Speech

3rd bellEnd of Discussion

15min.

20min.

25min.

10min.

12min.

15min.

(Poster presentation)
Poster session will be held in “Main Hall” on Thursday, 4 August.
Time

Date

Plenary Session
Special Session
Invited Papers
Contributed Papers

Poster Session

Preparation: 9:00-18:00
Presentation: 18:00-20:00
Removal: By 15:30 Aug.5

Thursday 4

Poster boards will be around 1.8 m high and 0.90 m wide boards, on which A0 portrait (841 x 1189mm) can beplaced. Poster should have minimum font size for text of 18 pt. Text and graphics should be readable from at least
one meter.
Authors must remain in the vicinity of the bulletin board for the duration of the session (120 minutes) to answer
questions in English. Authors are allowed to continue the discussion after the end of session if necessary, but are
required to remove all the materials on the bulletin board within 30 minutes after the session.
To start the session on time each author must complete the preparation 15minutes before. Poster number will be
displayed at upper left side on the bulletin board.
Poster presentations consist of on‐site presenters at the poster session venue and online presenters.
During the poster session, the on‐site presenters are required to attend relevant Q&A sessions at the poster
session venue. Online presenters are required to respond to questions through zoom break-out room which isprepared for each presenter.

BEST PAPER AWARD
The best paper among the contributed papers will be awarded through the examination by the program committee
at the end of the conference.

POST-DEADLINE PAPERS
Post-deadline papers will be accepted for presentation in poster sessions. Latest and significant results obtained
after the regular deadline are most welcome.
35-word Abstract: The 35-word abstract should be a brief summary of the work. If the submission is accepted forpresentation, this 35-word abstract will be included in the Advanced Program.
2-page Summary (up to 2 pages maximum): the author must include all text, including the 35-word abstract, title,
authors, equations, tables, photographs, drawings, figures, and references. The text should be typed single-spaced.
Refrain from use of asterisk, job descriptions, or footnotes.
Page Format: A4, 8.27 in. × 11.69 in. paper (210 mm by 297 mm) with 1-inch margins (2.54 cm) on all sides
Accepted 2-page summaries will be disclosed on the first day of the conference;
Please your 35-word Abstract & 2-page on the website (https://www.cleopr2022.org/submission.html) . For the
layout of manuscript, please see the Guidelines on the ODF'22 website.
The deadline for submission of post-deadline papers is on June 30, 2022.
Review result will be noticed by July 9,2022. As well as the regular submission, the copyright of the article
published in the ODF'22 Technical Digest is to be transferred to the Optical Society of Japan (OSJ). The authors are
required to agree to the copyright transfer when the 35-word abstract and the 2-page manuscripts are submitted.
For inquiries, please contact:
General inquiries : secretariat @cleopr2022.org
Abstract submission : submission2022@ or.knt.co.jp

ODF'22 SPECIAL ISSUE OF OPTICAL REVIEWThe special issue of OPTICAL REVIEW, the journal of the Optical Society of Japan, for the 13th International
Conference on Optics-Photonics Design & Fabrication "ODF'22, Sapporo" will be published in July 2023. All
contributors of ODF'22 are strongly encouraged to submit their original papers for this special issue. Submissions
from invited speakers are also welcome.
Submissions will be accepted from August 6th, 2022 to October 31st, 2022. Please check the website for theapplication form.
Please note that all the submitted papers must be at least 4 pages in length and will be accepted based on theeditorial policy of OPTICAL REVIEW.
The following is the submission site of Springer, the publishing company.
http://www.edmgr.com/opre/default.aspx
If you need further information, please contact Hiroyuki Kawano at the address below:
Topical Editor, ODF'22 Special Issue: Dr. Hiroyuki Kawano
Mitsubishi Electric Corp.
E-mail: Kawano.Hiroyuki@ ap.MitsubishiElectric.co.jp

REGISTRATION⚫

Registration Fee

The registration fee includes admission to technical sessions, online Technical Digest and Welcome reception.

Type

Before / on Jun. 30th, 2022 (JST)After Jun. 30th, 2022 (JST)Member*JPY 60,000

JPY 70,000

Non-Member

JPY 70,000

JPY 80,000

Student
JPY 25,000[*] Member of sponsor and cooperative society(OSJ, IEEE, IEICE‐CS, IEICE‐ES, JSAP, LSJ, OPTICA)
JPY: Japanese Yen⚫

JPY 30,000

Registration

Participants in ODF'22 are required to register in the registration page. The deadline for advanced registrationis June 30th, 2022.
Online registration: https://www.cleopr2022.org/registration.html⚫

Cancellation Policy

There will be no refunds for the registration fee.

EXECUTIVE COMMITTEE MEMBERS
General Chair:
S. Yamaguchi (Konica Minolta / Japan)

Advisory Board Members:
Y. Arakawa (The Univ. of Tokyo Prof. Emeritus / Japan)
K. Araki (Utsunomiya Univ. / Japan)
J. I. Chyi (National Central Univ. / Taiwan)
D. Granciu (IOR / Romania)
Y. Ichioka (Osaka Univ. Prof. Emeritus / Japan)
Y. Kim (KAIST / Korea)
K. Kodate (Japan Women's Univ. Prof. Emeritus / Japan)
K. Konno (Konica Minolta / Japan)
K. Kuroda (Utsunomiya Univ. / Japan)
C. C. Lee (National Central Univ. / Taiwan)
C. W. Liang (National Central Univ. / Taiwan)
D. T. Moore (Univ. of Rochester / USA)M. Shibuya (Tokyo Polytech. Univ. Prof. Emeritus / Japan)
C. K. Sun (National Taiwan Univ. / Taiwan)
M. Takeda (Utsunomiya Univ. / Japan)
Y. Tanaka (Panasonic / Japan)
R. Y. Tsai (Caduceus Biotechnology Inc. / Taiwan)
A. Tünnermann (Fraunhofer IOF / Germany)

Organizing Committee
Chair:
H. Tatsuno (Ricoh / Japan)

Members:
Y. Awatsuji (Kyoto Inst. of Tech. / Japan)
F. Bociort (Delft Univ. of Tech. / Netherlands)
D. J. Brady (The Univ. of Arizona / USA)
S. Hiura (Univ. of Hyogo / Japan)
K. Itoh (Osaka Univ. / Japan)
T. Kurokawa (Tokyo Univ. of Agriculture & Tech. / Japan)
R. Magnusson (Univ. of Texas at Arlington / USA)M. Mansuripur (The Univ. of Arizona / USA)O. Matoba (Kobe Univ. / Japan)
T. Mori (Nikon / Japan)
J. Rolland (Univ. of Rochester / USA)
J. Tanida (Osaka Univ. / Japan)
D. P. Tsai (Academia Sinica / Taiwan)
H. Tsuchida (Consultant / Japan)
N. Tsumura (Chiba Univ. /Japan)
Y. Unno (Canon / Japan)
A. Veeraraghavan (Rice Univ. / USA)
A. Yabe (Consultant / Japan)

Program Committee
Chair:
H. Kawano (Mitsubishi Electric / Japan)

Members:
N. Ebizuka (RIKEN / Japan)
Y. C. Fang (National Kaohsiung Univ. of Science and Technology / Taiwan)
N. Hashimoto (Japan Women's Univ. / Japan)
J. Heber (Fraunhofer IPMS / Germany)
B. Hendriks (Philips / Netherlands)
R. Horisaki (The Univ. of Tokyo / Japan)
T. Iwane (Nikon / Japan)
R. Katayama (Fukuoka Inst. of Tech. / Japan)
N. Kerwien (Carl Zeiss AG / Germany)
T. Konishi (Osaka Univ. / Japan)
K. Konno (Konica Minolta / Japan)
K. Y. Lai (NCU / Taiwan)
T. X. Lee (NTUST / Taiwan)
T. Lépine (Institut d'Optique & Hubert Curien Lab / France)
S. H. Lin (National Yang Ming Chiao Tung Univ. / Taiwan)
I. Livshits (ITMO Univ. / Russia)
Y. Luo (National Taiwan Univ. / Taiwan)
K. Maru (Kagawa Univ. / Japan)
O. Matoba (Kobe Univ. / Japan)
H. Mikami (Hokkaido Univ. / Japan)
Y. Mizutani (Osaka Univ. / Japan)
I. Moon (DGIST / Korea)
T. J. Naughton (Maynooth Univ. / Ireland)
T. Nobukawa (NHK / Japan)
T. Nomura (Wakayama Univ. / Japan)
A. Nozaki (Konica Minolta / Japan)
Y. Ogura (Osaka Univ. / Japan)
H. Ohno (Toshiba / Japan)
T. Otaki (Nikon / Japan)
N. C. Park (Yonsei Univ. / Korea)
J. M. Ryu (Kumoh National Institute of Technology / Korea)
A. Seifert (CIC nanoGUNE / Spain)
W. S. Sun (National Central Univ. / Taiwan)
Y. Suzuki (Olympus / Japan)
Y. Takashima (The Univ. of Arizona / USA)
A. Tanabe (Citizen / Japan)
M. Yamagata (Panasonic / Japan)
T. Yamanashi (Theta Optical LLC / USA)
M.Yasui (Hitachi / Japan)
R. N. Youngworth (Riyo LLC / USA)E. Watanabe (The Univ. of Electro-Communications / Japan)

Steering Committee
Chair:
M. Hasegawa (Canon / Japan)

Members:
K. Goto (Dexerials / Japan)
M. Hashimoto (Konica Minolta / Japan)
K. Ikeda (Zemax Japan / Japan)
T. Iwasaki (Fujifilm / Japan)
Y. Kubota (Olympus / Japan)
A. Makida (Nikon / Japan)
T. Morimoto (Mitsubishi Electric / Japan)
M. Nakajima (Topcon / Japan)
T. Nakamura (Hitachi / Japan)
Y. Ohashi (Cybernet Systems / Japan)
H. Shobayashi (Panasonic / Japan)
S. Tajiri (Sony Group / Japan)
T. Taniguchi (Mitsubishi Chemical / Japan)
Y. Yamamoto (Toshiba / Japan)
Y. Yokoyama (Ricoh / Japan)

CONFERENCE SITE
ODF'22, Sapporo, will be held at Sapporo Convention Center, Sapporo.
Access: https://www.sora-scc.jp/eng/

HOTEL RESERVATION
Hotel
Some hotels in Sapporo City are arranged for ODF'22 participants. Online hotel reservation system is available
on our website.
https://www.cleopr2022.org/registration.html

CONFERENCE CENTER FLOOR MAP

Plenary Session on August 3rd

N

and Poster Session on August 4thMain Hall

South
Entrance

Conference Hall

Oral Session other than the above

Deadlines
Post Deadline Papers:
Discount Registration:
Hotel Reservation:
Online Registration:
On-site Registration：

June 30, 2022
June 30, 2022
No deadline
No deadline
July 31-August 5, 2022

For information mailAbout Post-deadline papers, Registration and Hotel reservation:
secretariat @ cleopr2022.org
About Best paper award and ODF'22 special issue of optical review:
Kawano.Hiroyuki@ ap.MitsubishiElectric.co.jp