Program

Start	End	Session No.	Title	Speaker	Description
13:30	14:00	OMC&BISC1-1Plenary	High Temporal and Spatial Pattern Stimulation to Manipulate Brain Function	Hiroaki Wake¹, Koichiro Haruwaka¹, Xiangyu Quan², Osamu Matoba² ¹Kobe University of Graduate School of Medicine, Japan, ²Kobe University, Japan	In the central nervous system (CNS), glial cells, originally termed “nervenkitt,” recently focused because of the understanding of their physiological functions. Here, we focused how glial cell regulates the function of neuronal circuits using in vivo two photon microscope.
14:00	14:30	OMC&BISC1-2Plenary	Femtosecond Laser Trapping, Assembling, and Ejection Dynamics of Dielectric Nanoparticles in Solution	Hiroshi Masuhara¹, J. Chen¹, W. Chiang^{1, 2}, A. Usman³, T. Sugiyama^{1, 4}, J. Hofkens² ¹National Chiao Tung University, Taiwan, ²Katholieke Universiteit Leuven, Belgium, ³Universiti Brunei Darussalam, Brunei Darussalam, ⁴Nara Institute of Science and Technology, Japan	We study femtosecond laser trapping dynamics of Rayleigh particles by examining polystyrene, silica, and surfacemodified silica nanoparticles with different diameter and by changing solvent viscosity.
14:30	15:00	OMC&BISC1-3Plenary	Monitoring Ruffling Cells by Lattice Light-sheet Microscopy	Bi-Chang Chen, Wei-Chun Tang, Peilin Chen Academia Sinica, Taiwan	The membrane ruffling can be triggered by rapamycin and/or blue light. After stimulation, the three- dimensional dynamics of membrane ruffling has been recorded by lattice light-sheet microscope (LLSM), which is capable of high spatial and temporal recording over three-dimensions.
15:00	15:30	Break

Start	End	Session No.	Title	Speaker	Description
9:00	9:30	OMC1-1Invited	Optical Fiber Nano-Tweezers, A Complementary Approach for Micro- and Nanoparticle Trapping	Jochen Fick Institut NÉEL
9:30	10:00	OMC1-2Invited	Seeing is believing: single molecule microscopy, a powerful tool from nanoparticle investigations to microbiome analysis.	Johan Hofkens KU Leuven, Belgium
10:00	10:15	OMC1-3	Optical Trapping of Gold and Semiconductor Nanoparticles at Oil-Water Interfaces with A Focused Near-Infrared Laser Beam	Tatsuya Shoji¹, S. Naka¹, S. Koyama², T. Kameyama², T. Torimoto², Y. Tsuboi¹ ¹Osaka City Univ, Japan, ²Nagoya Univ., Japan	A tightly focused laser beam exerts optical force on nanoparticles dispersed in an aqueous solution, leading to an optical trapping of them at the focal point.
10:15	10:30	OMC1-4	Nanoparticle Manipulation Using A Tapered Fiber	Hideki Fujiwara, K. Yamauchi, K. Sasaki Hokkaido Univ, Japan	Optical trapping has utilized for manipulating micrometer-sized objects such as biological tissues.
10:30	10:45	OMC1-5	Simultaneous Optical Trapping and Imaging in Axial Plane	Ming Lei, Y. Liang Xi’an Institute of Optics and Precision Mechanics, China	Optical tweezers has demonstrated great success in widespread applications, such as life science, atom cooling and fundamental physics.
10:45	11:00	Break

Start	End	Session No.	Title	Speaker	Description
11:00	11:30	OMC2-1Invited	The Dynamics of Trapped, Rotating Microparticles in Vacuum	Kishan Dholakia University of St. Andrews, UK
11:30	11:45	OMC2-2	Hydrodynamic Micro-Manipulation Using Optically Actuated Flow Control	Une Butaite¹, D. Phillips², J. Taylor¹, G. Gibson¹ ¹University of Glasgow, United Kingdom, ²University of Exeter, United Kingdom	The advancement of techniques to control matter at small scales, optical trapping, for example, has driven the growth of nanotechnology. However, optical tweezers are limited by what types of materials and what size of objects they can affect.
11:45	12:00	OMC2-3	Remote Plasmonic Optical Trapping on Silver Nanowire Induced by Nonlinear Wave-Mixing Effects	Shuichi Toyouchi Katholieke Universiteit Leuven, Belgium	We have experimentally demonstrated remote plasmonic optical trapping on a chemically-synthesized silver nanowire (AgNW) induced by nonlinear optical effects, i.e. sum-frequency generation (SFG) and four wave-mixing (FWM).
12:00	12:15	OMC2-4	Manipulation of Nanoparticles with Tailored Optical Focal Field	Guanghao Rui, B. Gu, Y. Cui Southeast University, China	We develop a novel strategy to form a stable 3D manipulating of dielectric and metallic nanoparticles even under the most challenging situations through careful and purposeful engineering a vectorial optical field as the illumination.
12:15	13:30	Lunch

Start	End	Session No.	Title	Speaker	Description
13:30	14:00	OMC3-1Invited	Movement of Matter by Light-fueled Molecular Machines: Theory and Experiments	Zouheir Sekkat MAScIR, Morocco	In this talk, I will discuss the concept of the photoisomerization force and its role in the phtotinduced motion of matter supported by molecular machines.
14:00	14:15	OMC3-2	Optical Vortex Induced Chiral Mass-Transport of Azo-Polymer Through Two Photon Absorption	Keigo Masuda¹, S. Nakano¹, Y. Kinezuka¹, M. Ichijo¹, R. Shinozaki¹, K. Miyamoto^{1, 2}, T. Omatsu^{1, 2} ¹Graduate School of Advanced Integration Science, Chiba University, Japan, ²Molecular Chirality Research Center, Chiba University, Japan	Azo-polymer exhibits mass-transport owing to cis-trans photo-isomerization upon irradiation of visible light, resulting in the establishment of a surface relief.
14:15	14:30	OMC3-3	Thermophoresis-assisted Optical trapping of Pyrene-labeled Hydrophilic Polymer Chains	Kenta Ushiro¹, T. Shoji¹, T. Asoh¹, F. Kato², K. Murakoshi², Y. Tsuboi¹ ¹Osaka City University, Japan, ²Hokkaido University, Japan	We found that plasmonic optical trapping of soft nanomaterials were driven not only by an enhanced optical force but also by thermophoretic force.
14:30	14:45	OMC3-4	Sub-Millimeter Helical Fiber Created by Bessel Vortex Beam Illumination	Junhyung Lee¹, Y. Arita^{2, 3}, R. Matsuo¹, S. Toyoshima¹, K. Miyamoto^{1, 2}, K. Dholakia^{1, 3}, T. Omatsu^{1, 2} ¹Graduate School of Science and Engineering, Chiba University, Japan, ²Molecular Chirality Research Center, Chiba University, Japan, ³SUPA, School of Physics & Astronomy, University of St Andrews, United Kingdom	We fabricated the self-writing of sub-millimeter helical fibers in an ultraviolet photo-cure resin by irradiation of optical vortex beam irradiation in single photon regime.
14:45	15:15	Break

Start	End	Session No.	Title	Speaker	Description
15:15	15:30	OMC4-1	Property of Magnetic Trapping of Superconducting Sub-micron Particles	Jun Naoi¹, Y. Takahashi¹, M. Takamune¹, Y. Nakamura¹, M. Kumakura², M. Ashida³, F. Matsushima¹, Y. Moriwaki¹ ¹University of Toyama, Japan, ²University of Fukui, Japan, ³Osaka University, Japan	Laser ablation in superfluid helium is one of the effective experimental technique for producing nano and micro particles. This technique potentially produces particles with single crystalline spherical structure.
15:30	15:45	OMC4-2	Laser Induced Metal Particle Migration in Glass	Hirofumi Hidai, A. Sawafuji, S. Matsusaka, A. Chiba, N. Morita Chiba Univ, Japan	We have reported that laser-induced metal particle migration in glass. Laser illumination heated a metal particle in glass. The surrounding glass of the metal particle was also heated and softened; hence, the metal particle migrated in the glass.
15:45	16:45	OMC4-3	Au nanoparticles fabricated by optical vortex ablation	Nakamura Yuri¹, Katsuhiko Miyamoto², Tsukasa Torimoto³, Yasuyuki Tsuboi⁴, Takashige Omatsu² ¹Chiba univ, Japan, ²Chiba Univ. Molecular Chirality Research Center, Japan, ³Nagoya University, Japan, ⁴Osaka City University, Japan	We present the new structured string-shaped Au nano-structures, formed by employing the optical vortex ablation processing on an Au thin film. Such structured materials are expected to pave the way for advanced chemical reactions.
16:00	16:15	OMC4-4	Fabrication of Cadmium Selenide Quantum Dots with Laser Ablation in Superfluid Helium	Yosuke Minowa, T. Suzuki, K. Setoura, S. Ito, H. Miyasaka, M. Ashida Osaka Univ, Japan	We fabricated semiconductor cadmium selenide (CdSe) quantum dots via the pulsed laser ablation in the superfluid helium. The fabricated quantum dots showed blue-shifted fluorescence due to the strong quantum confinement effect.
16:15	16:30	Break

Start	End	Session No.	Title	Speaker	Description
16:30	16:45	OMC5-1	Bottle Beam Generation from A Frequency-Doubled Nd:YVO4 Laser with A Tightly End-Pumping Geometry	J. Tung¹, Y. Ma¹, Y. Chen², K. Miyamoto¹, T. Omatsu¹ ¹Chiba University, Japan, ²National Chiao Tung University, Taiwan	Bottle beams with a zero-intensity zone surrounded by three-dimensional bright regions are of considerable interest in atom traps, optical shielding and imaging techniques.
16:45	17:00	OMC5-2	Evaluation of Laguerre-Gaussian Beam Generated with Integrable Phase-Modulating Surface-Emitting Lasers	Yu Takiguchi, K. Hirose, T. Sugiyama, S. Uenoyama, Y. Nomoto, Y. Kurosaka Hamamatsu Photonics KK, Japan	We demonstrated direct surface-emitting of Laguerre–Gaussian beams with wavefront modulated lasers. This integrable phase-modulating surface-emitting lasers has potential to emit arbitrarily configured beam patterns without requiring any optical elements or scanning devices.
17:00	17:15	OMC5-3	Analytical Representation for Structured Light Generated by Astigmatic Transformation of Hermite-Gaussian Beams	Y. Hsieh, P. Tuan, J. Tung, K. Su, H. Liang, Y. Chen NCTU, Taiwan	Theoretical wave functions are analytically derived to formulate the propagation evolution of the Hermite-Gaussian (HG) beams transformed by single lens astigmatic mode converter with arbitrary angle.
17:15	17:30	OMC5-4	Parameter Optimization for Observation of High-Dimensional Effect in Orbital Angular Momentum Entanglement	Yoko Miyamoto Univ of Electro-Communications, Japan	Anharmonic behavior of coincidence count rate obtained with the hologram shifting method can be used to probe high-dimensional effect of orbital angular momentum (OAM) entangled photon pairs.
17:30	17:45	OMC5-5	Generation of High-Energy Geometric Structured Beams by Off-Axis Pumped Nd:YAG/Cr4+:YAG Lasers with Degenerate Resonators	Pi-Hui Tuan¹, Y. Hsieh¹, H. Liang², K. Su¹, Y. Chen¹ ¹National Chiao Tung University, Taiwan, ²National Taiwan Ocean University, Taiwan	Off-axis pumped Nd:YAG/Cr4+:YAG lasers under degenerate cavity conditions are explored to achieve high-pulseenergy geometric modes for beam transformation.
17:45	18:00	OMC5-6	Shrinking Optical Vortex to the Nanoscale	Jingbo Sun¹, Keigo Masud^{1, 2}, Tianboyu Xu¹, Katsuhiko Miyamoto^{2, 3}, Takashige Omatsu^{2, 3}, Natalia M. Litchinitser¹ ¹The State University of New York, USA, ²Graduate School of Advanced Integration Science, Chiba University, Japan, ³Molecular Chirality Research Center, Chiba University, Japan

Start	End	Session No.	Title	Speaker	Description
9:00	9:30	OMC6-1Invited		Juan Jose Saenz DIPC
9:30	9:45	OMC6-2	Nano-particle manipulation using a plasmonic multimer nano-structure	Shutaro Ishida, K. Sudo, K. Sasaki Hokkaido Univ, Japan	We have demonstrated a nano-particle rotation above plasmon-resonant gold multimer nano-structures with a nanogap and a circularly polarized laser.
9:45	10:00	OMC6-3	Graphene nanoridges as a directional plasmon launcher	Sanpon Vantasin¹, Y. Y. Tanaka^{1, 2}, T. Shimura¹ ¹The University of Tokyo, Institute of Industrial Science, Japan, ²Japan Science and Technology Agency, PRESTO, Japan	The fascinating properties of graphene plasmon such as tunability and extreme wavelength confinement are feasible for nanodevice applications, especially nanosensors and nanomodulators.
10:00	10:15	OMC6-4	High-Density Assembly of Micro-Dispersoids by Laser-Induced Bubble and Fluid Flow	Yasuyuki Yamamoto, S. Tokonami, T. Iida Osaka Prefecture University, Japan	A laser-induced micro-bubble and fluid flow can assemble dispersoids locally (~10 μm) and rapidly from a wide range (~1 cm) by photothermal effect based on CW laser illumination to light-absorptive materials, which have been applied to the bottomup preparation method of nano/micro-structures.
10:15	10:30	OMC6-5	Motion of Optically Bound Particles in Tractor Beam	Jana Damková, L. Chvátal, J. Ježek, J. Oulehla, O. Brzobohatý, P. Zemánek ISI of the CAS vvi, Czech Republic	We investigate theoretically and experimentally motion of particle pairs optically bound in tractor beam that is created by retro-reflected wide Gaussian beam.
10:30	11:00	Break

Start	End	Session No.	Title	Speaker	Description
11:00	11:30	OMC7-1Invited	Underdamped and Overdamped Dynamics of Objects in Nonlinear Optical Potentials	Pavel Zemánek¹, S. Simpson¹, M. Siler¹, P. Jakl¹, J. Damkova¹, V. Svak¹, A. Arzola², K. Volke-Sepulveda³, R. Filip⁴ ¹Institute of Scientific Instruments of the ASCRvvi, Czech Republic, ²Instituto de Física, Universidad Nacional Autónoma de México, Mexico, ³Instituto de Física, Mexico, ⁴Department of Optics, Palacky University, Czech Republic	We present a few of our recent theoretical and experimental results related to the behavior of micron-scale particles placed into nonlinear optical potentials.
11:30	11:45	OMC7-2	The Temperature of An Optically Trapped, Rotating Upconverting-Microparticle	Yoshihiko Arita University of St. Andrews
11:45	12:00	OMC7-3	Optical Properties of Nano-Hole Array with Randomly Designed Surface	Mamoru Tamura, S. Tokonami, T. Iida Osaka Prefecture University, Japan	Various optical properties originated from the surface plasmon resonance have been much studied, as the example of extraordinary optical transmission (EOT) arising in the metallic thin film with a nano-hole array (NHA).
12:00	12:15	OMC7-4	Nonlinear Self-Action of Bloch Surface Waves Governed by Gradient Optical Forces	Daniil Shilkin^{1, 2}, E. V. Lyubin¹, A. A. Fedyanin¹ ¹Lomonosov Moscow State University, Russian Federation, ²Center for Functionalized Magnetic Materials, Immanuel Kant Baltic Federal University, Russian Federation	Nonlinear self-action of Bloch surface waves (BSWs) at the interface between a one-dimensional photonic crystal and a water suspension of 50-nm polystyrene nanoparticles is experimentally studied.
12:15	13:00	Break

Start	End	Session No.	Title	Speaker	Description
13:00	14:00	OMCp-1	Polarization Control Based on Graphene Hyperbolic Metamaterials	Tao Wang, L. Cheng Huazhong Univ of Science and Technology, China	Polarization manipulation of the electromagnetic wave is essential for numerous and extensive applications such as biological imaging, sensing, communication and microscopy.
		OMCp-2	Theoretical and Experimental Investigations of Photonic Jet Array From Rectangle Phase Diffraction Grating	Cheng-Yang Liu¹, T. Yen¹, O. V. Minin², I. V. Minin² ¹Tamkang Univ, Taiwan, ²Siberian State University of Geosystem and Technologies, Russian Federation	The generations of photonic jet array using rectangle phase diffraction grating at visible light region are demonstrated numerically and experimentally for the first time.
		OMCp-3	Dispersion of Quantum Dots into Gases Toward Their Optical Manipulation	Mitsutaka Kumakura, A. Kinan, T. Moriyasu Univ of Fukui, Japan	To realize optical manipulation and measurement for isolated quantum dots (QDs) in gaseous phase, we are developing experimental apparatus for dispersing QDs into a gas by using droplets of organic solvents.
		OMCp-4	Multiplexed Volume Holographic Gratings for Simultaneous Generation of Airy and Dual Airy Beams	Sunil Vyas, Y. Chia, Y. Luo National Taiwan Univ, Taiwan	Most of the generation techniques of structured light are inherently wavelength dependent. Holography has always played an important role in generating structured light. Volume holograms have ability to Bragg diffract only a narrow band of wavelengths.
		OMCp-5	Thermal Analysis for Ion Beam Processing of the Unimorph Deformable Mirror	Zhanbin Fan, C. Guan, G. Tie, S. Chen National University of Defense Technology, China	The unimorph deformable mirror (DM) is favored in the field of synchrotron radiation due to its simple structure, dynamic surface figure and adaptive adjustment. The request of mirror surface accuracy on the synchrotron radiation beam focus can be up to sub-nanometer RMS.
		OMCp-6	Thermal Analysis for Ion Beam Processing of the Unimorph Deformable Mirror	Fan Zhanbin, C. Guan, G. Tie, S. Chen National University of Defense Technology, China	The unimorph deformable mirror (DM) is favored in the field of synchrotron radiation due to its simple structure, dynamic surface figure and adaptive adjustment. The request of mirror surface accuracy on the synchrotron radiation beam focus can be up to sub-nanometer RMS.
		OMCp-7	Preparation of Low-Toxic Zn-Ag-In-Te Quantum Dots with Tunable Near-IR Emission Toward Optical Applications	Tatsuya Kameyama¹, K. Sugiura¹, Y. Ishigami¹, T. Yamamoto¹, S. Kuwabata², T. Okuhata³, N. Tamai³, T. Torimoto¹ ¹Nagoya Univ., Japan, ²Osaka Univ., Japan, ³Kwansei Gakuin University, Japan	Semiconductor quantum dots (QDs) composed of ZnTe-AgInTe₂ solid solution ((AgIn)xZn₂(1-x)Te₂, ZAITe) were synthesized by a thermal reaction of corresponding metal acetates and a Te precursor in 1-dodecanethiol.
		OMCp-8	Trapping and Manipulation of Individual Cells in the Crowd	Qian Zhao The University of Science and Technology of China, China	Manipulating single cell with optical tweezers in vitro or in vivo plays an important role in biological research, whereas the manipulation of individual cells might be affected by the neighbor cells especially in the crowd environment.
		OMCp-9	Dynamic Shaping of Orbital-Angular-Momentum Beams with An Optimized Lee Method	Xinyao Hu The University of Science and Technology of China, China	Shaping complex fields with a digital micromirror device (DMD) has attracted much attention recently due to its potential application in optical communication and microscopy.
		OMCp-10	Proposed Selective Optical Transport of Nanoparticles using Counter-Propagating Beams	Takudo Wada, H. Ishihara Osaka Prefecture University, Japan	Optical manipulation is a technique for mechanically manipulating minute substances by using radiation force from laser beams.
		OMCp-11	Optical Forces on A Nonlinear Optical Rayleigh Particle Induced by Highrepetition-Rate Femtosecond Laser Pulses	Bing Gu¹, L. Gong¹, G. Rui¹, Y. Cui¹, Z. Zhu², Q. Zhan³ ¹Southeast Univ, China, ²Nanjing Normal University, China, ³University of Dayton, United States	The principle of optical trapping is conventionally based on the interaction of optical fields with linear-induced polarizations.
		OMCp-12	Metalens for Structure Light	Mu Ku Chen¹, Cheng Hung Chu², Hsin Yu Kuo¹, Yu Han Chen¹, Ren Jie Lin¹, Jia-Wern Chen¹, Din Ping K. Tsai^{1, 2} ¹Department of Physics, National Taiwan University, Taiwan, ²Research Center for Applied Sciences, Academia Sinica, Taiwan	Metalens have great ability in light focusing and can be tailored to exhibit varied functionalities in ultrathin optical applications.
		OMCp-13	Active Polarization Control of Optical Fields Localized on Gold Nano-Rectangles	S. Hashiyada, T. Narushima, H. Okamoto Institute for Molecular Science, Japan	We demonstrate here that control of local optical field near a single non-chiral gold nano-rectangle irradiated with linearly polarized light is possible from linearly polarized to nearly pure left- or right-handed circular polarization, by adjusting the angle of the incident polarization relative to the rectangle.
		OMCp-14	Optical Manipulation of Nonlinear Vibration of Graphene Mechanical Resonator	Taichi Inoue, Y. Anno, Y. Imakita, K. Takei, T. Arie, S. Akita Osaka Prefecture University, Japan	Graphene mechanical resonator (G-MR) has possibilities of high sensitive sensor because of excellent mechanical properties. In many cases, G-MR has been actuated in linear resume.
		OMCp-15	Optical Manipulation of Vibration Amplitude of Electrostatically Actuated Cantilevered MoS2	Daiki Yoshikawa, Y. Miyamoto, K. Takei, T. Arie, S. Akita Osaka Prefecture University, Japan	Transition metal dichalcogenide such as MoS2 is expected as high performance nano-electro-mechanical devices due to their unique electrical, optical and mechanical properties.
		OMCp-16	Hyper-Entanglement Preservation in Quantum Optical Circuits	Vladimir Nikulin Binghamton Univ, United States	Secure optical data links can be implemented using quantum communication (QC) protocols that offer physical-layer encryption without the mathematical complexity of traditional cryptography.
		OMCp-17	Novel Non-plasmonic Optical Trapping; Nano-Structured Semiconductor Assisted (NASSCA) Optical Tweezers	Yuki Uenobo¹, Tatsuya Shoji¹, Ayaka Mototsuji¹, S. Komoto¹, T. Nagai¹, Yasuyuki Tsuboi¹, J. Saulius², L. Denver², Swinburne² ¹Osaka City University, Japan, ²University of Technology, Australia	We have studied plasmonic optical tweezers (POT) for nanomaterials such as DNA and polymers. These nanomaterials would be efficiently trapped by a plasmon-enhanced optical force.
		OMCp-18	Raman Microspectroscopic Study on an Optically Formed Poly(N-isopropylacrylamide) Rich Microparticle: Molecular Weight Dependence of a Polymer Concentration in the Particle	Kayo Fujiwara, T. Shoji, M. Matsumoto, T. Asoh, T. Nishiyama, H. Horibe, Y. Tsuboi Osaka City University, Japan	Poly(N-isopropylacrylamide) solution, which is a representative thermoresponsive polymer, exhibits a phase separation with a formation of polymer-rich microparticles due to dehydration and aggregation of the polymer chains above a lower critical solution temperature (LCST).
		OMCp-19	Temperature at the Focal Point of Optical Trapping Beam: Evaluation Using Fluorescence Correlation Spectroscopy	Kenji Setoura, S. Ito, K. Fujita, H. Miyasaka Osaka Univ, Japan	Fluorescence correlation spectroscopy was applied to the evaluation of the local heating at the focal spot of nearinfrared laser for optical trapping.
		OMCp-20	Optofluidics Driven by Photothermal Effects of Single Gold Nanoparticles	Kenji Setoura, S. Ito, H. Miyasaka Osaka University, Japan	Gold nanoparticles (Au NPs) exhibit strong light absorption due to localized surface plasmon resonance (LSPR), and efficiently convert light energy into heat under illumination.
		OMCp-21	In-Situ Observation of Molecules in the Strong Coupling States	Kei Murakoshi, F. Kato, H. Minamimoto Hokkaido Univ, Japan	We have attempted to control molecular behavior of a small number of molecules which are strongly coupled with the localized light energy in the vicinity of the metal nano structures.
		OMCp-22	In-situ SERS Observation of Selective Molecule Optical Trapping	Kei Murakoshi, N. Oyamada, H. Minamimoto Hokkaido Univ, Japan	It is predicted by various theoretical studies that nanometer size molecules could be trapped in the strong electromagnetic field due to its steep spatial gradient of the filed intensity.
		OMCp-23	Optical control of orientation of nanosheet in colloidal state	Yasutaka Suzuki¹, Toshiaki Iwai² ¹Yamaguchi University, Japan, ²Tokyo University of Agriculture and Technology, Japan

Start	End	Session No.	Title	Speaker	Description
14:00	14:30	OMC8-1Invited	Resonant Light Scattering Properties of A Single Wavelength-Scale Nanorod Structure	Donghyeong Kim, H. Ee, J. Kim, M. Seo KAIST, Korea	We investigated resonant light scattering properties of single wavelength-scale metallic or dielectric nanorods in the energy-momentum space. First, high-refractive-index silicon nanostructures supporting strong Mie resonances allow light manipulation beyond the optical diffraction limit.
14:30	14:45	OMC8-2	Circular Polarization Dissymmetry of Two-Photon-Induced Photoluminescence from Chiral Plasmonic Nanostructured Metasurfaces	K. Q. Le, H. Okamoto Institute for Molecular Science, Japan	Chiral nanostructures exhibiting circular dichroism (CD) activities absorb different amounts of left- (LCP) and righthanded circularly polarized (RCP) light.
14:45	15:00	OMC8-3	Formation of Optical Vortices with All-Glass Nanostructured Gradient Index Masks	Krzysztof Switkowski^{1, 2}, A. Anuszkiewicz³, A. Filipkowski³, D. Pysz³, R. Stepien³, W. Krolikowski^{1, 4}, R. Buczynski^{3, 5} ¹Science Program, Texas A&M University at Qatar, Qatar, ²Warsaw University of Technology, Warsaw, Poland, ³Department of Glass/Institute of Electronic Materials Technology, Poland, ⁴Australian National University, Australia, ⁵Faculty of Physics, University of Warsaw, Poland	We report a development of microscopic size gradient index vortex masks using modified stack-and-draw technique, similar to that employed in fabrication of microstructured fibers. Vortex mask has a form of tens of microns thick, all-glass plate.
15:00	15:15	OMC8-4	Development of Nanostructured Gradient Index Microlenses for Mid Infrared Applications	Buczyński, Ryszard^{1, 2}, A. Anuszkiewicz¹, P. Stafiej^{1, 2}, J. Lisowska^{1, 2}, A. Filipkowski¹, D. Pysz¹, j. Cimek¹, M. Trippenbach¹, R. Kasztelanic¹ ¹Institute of Electronic Materials Technology, Poland, ²University of Warsaw, Poland	Planar surface gradient index (GRIN) optics is well known class of optical microcomponents. The use of these elements is limited to the visible and near infrared range due to constrains of ion exchange-based technology.
15:15	15:30	OMC8-5	Optical Properties of Nanostructured Gradient Index Vortex Masks	Alicja Anuszkiewicz¹, J. Lisowska^{1, 2}, A. Filipkowski¹, R. Kasztelanic¹, K. Switkowski³, M. Trippenbach², W. Królikowski^{4, 5}, D. Pysz, J. Cimek^{5, 6}, R. Buczyński^{1, 2} ¹Institute of Electronic Materials Technology, Poland, ²University of Warsaw, Poland, ³Warsaw University of Institute of Electronic Materials Technology, Poland, ⁴Laser Physics Technology, Poland, ⁵Texas A&M University at Qatar, Qatar, ⁶Centre, Research School of Physics and Engineering, Australian National University, Australia	We have introduced recently a new approach for creating optical vortices by using nanostructured gradient index (GRIN) transmission masks. A nanostructured mask is composed of glass rods with diameter 3-5 times smaller than the operating wavelength.
15:30	15:45	Break

Start	End	Session No.	Title	Speaker	Description
15:45	16:00	OMC9-1	Photoinduced Force Microscopy Imaging Using Heterodyne-FM Technique	Junsuke Yamanishi, M. Tsujii, Y. Naitoh, Y. Li, Y. Sugawara Osaka University, Japan	Photoinduced force microscopy (PiFM) is a promising technique to visualize nanometer optical imaging.
16:00	16:15	OMC9-2	Magnetic Spin Modulation by Optical Vortex-Induced Spin-Spin Interaction	Yutaro Goto¹, N. Yokoshi¹, H. Ishihara^{1, 2} ¹Osaka Prefecture University, Japan, ²Osaka University, Japan	We investigate how an optical vortex radiation modulates magnetic spin order of a metallic chiral magnet. The optical vortex carries its intrinsic orbital angular momentum and has a toroidal field intensity, hence such a helical beam is expected to couple to angular momentum of electrons.
16:15	16:30	OMC9-3	Adaptive Optical System for Laser Beam Formation	J. V. Sheldakova Active Optics Night N Ltd, Russian Federation	Beam shaping tasks are widely used in many applications such as laser machining, laser fusion, different medical applications. Use of adaptive optics allows to modify the wavefront profile to get the desired intensity distribution in the far-field.
16:30	16:45	OMC9-4	Electrochemical Control of Ultra-Small Gap Distance at Metal Nanodimer Creating Highly Localized Plasmonic Field	Kei Murakoshi, X. Li, H. Minamimoto, S. Oikawa Hokkaido Univ, Japan	The optical property of plasmon-active metal nano dimer structure strongly depends on its shape and gap distance. Thus, the precise control of metal nano structure has been receiving much attention in various field.
16:45	17:00	OMC9-5	Numerical Study on Dynamical Behavior of Nanoparticles in Optical Vortex	Ryo Nagura, T. Tsujimura, S. Kawano Osaka University, Japan	When nanoparticles are exposed to an optical field with orbital angular momentum, i.e., optical vortex, they are swirled around the optical axis.
17:00	17:15	OMC9-6	Sensitivity Enhancement of Surface Plasmon Resonance Imaging Sensor with Structural Parameter Optimization Based on Polarization Contrast Modulation	Yi Sun, Y. Gao, T. Yang, X. Ma, X. Wang Zhejiang University, China	With the fast growing need of biosensors for high-throughput and high-sensitivity detection, the surface plasmon resonance imaging (SPRi) sensing technology has been developed rapidly.
17:15	17:30	OMC9-7	Energy, Linear Momentum, and Angular Momentum Exchange between an Electromagnetic Wave-Packet and a Small Particle	Masud Mansuripur College of Optical Sciences Univ of Arizona, United States	The goal of the present article is to illustrate the mechanisms of exchange of energy as well as those of linear and angular momenta between an electromagnetic (EM) wave-packet propagating in free space and a small particle that acquires an induced polarization upon encountering the wave-packet.
17:30	17:45	OMC9-8	Exploiting Scattering for Single-Shot Measurement of the Orbital Angular Momentum Spectrum of Light Fields	Lei Gong, Qian Zhao, Hao Zhang, Xinyao Hu, Yinmei Li University of Science and Technology of China	In this paper, we propose a novel technique to coherently measure the OAM spectrum of light fields in a single shot manner by exploiting a scattering optical element.
17:45	17:55		Closing Remark	Takashige Omatsu Chiba University, Japan	In this paper, we propose a novel technique to coherently measure the OAM spectrum of light fields in a single shot manner by exploiting a scattering optical element.