The 25th SANKEN International Symposium, Poster Presentations
Creation of new science and technology by integrating information sciences, and development tosociety
P1-1

Kenta Saito (Osaka University, Japan)
High-sensitive strain sensing using tunnel magnetoresistance effectP1-2

Toshiaki Morita (Osaka University, Japan)
Temperaturedependence

ofspin-orbit

torqueinferromagnet/antiferromagnet-insulator/heavy-metal tri-layer structure
P1-3

Rei Kawabata (Osaka University, Japan)
Noise characterization of organic transistor circuit for light sensor array

P1-4

Xiang Li (Osaka University, Japan)
End-to-end model-based gait recognition using synchronized multi-view pose constraint

P1-5

Chi Xu (Osaka University, Japan)
Real-time gait-based age estimation and gender classification from a single image

P1-6

Hayato Futase (Osaka University, Japan)
Towards open-domain chatbot talking from explainable behaviors

Challenges and opportunities for new materials and beam sciences toward post-COVID society
P2-1

Yintong Huang (Osaka University, Japan)
Skin-adhesive, -breathable and -compatible cellulose nanopaper for comfortable on-skinbiosignal measurement

P2-2

Kazuki Omote (Osaka University, Japan)
Tuning of the electrical properties of carbonized cellulose nanopaper

P2-3

Chenyang Li (Osaka University, Japan)
Redispersion and aggregation behavior of surface-modified TEMPO-oxidized cellulose
nanofibers as anticorrosion layers on electrodes

P2-4

Xiang Li (Osaka University, Japan)
Chitin nanofiber-derived elastic carbon aerogel for frequency-tunable microwave
absorption

P2-5

Thanakorn Yeamsuksawat (Osaka University, Japan)
Carbonized chitin nanopaper and its photothermal heating performance

P2-6

Kosuke Takahashi (Osaka University, Japan)
Anisotropic thermally conductive papers with uniaxially aligned carbon fibers embedded incellulose nanofiber matrix

P2-7

Manabu Mizukami (Osaka University, Japan)
Structure analyses of cellulose nanofibers prepared by TEMPO-mediated oxidation andpotassium permanganate oxidation

P2-8

Yurika Teraoka (Osaka University, Japan)
Acetylation of cellulose nanopapers prepared by TEMPO-mediated oxidation

P2-9

Jun Shirahama (Osaka University, Japan)
Iodine-treated cellulose for photothermal heating

P2-10

Do Hyung Han (Osaka University, Japan)
Large scale chemical bottom-up synthesis of nanostructured peroxo titanates

P2-11

Sunghun Cho (Osaka University, Japan)
Synthesis of one-dimensional nanostructures in low temperature

P2-12

Shin-ichiro Tanaka (Osaka University, Japan)
Momentum-resolved resonance photoelectron spectroscopic study on TiSe2

P2-13

Yoshio Mizuta (Osaka University, Japan)
Improvement of residual stress and fatigue properties of metal materials using a compact
low-energy laser peening device

P2-14

Naveen Pathak (Osaka University, Japan)
Electron beam chirp dexterity in staging laser wakefield acceleration

P2-15

Zhan Jin (Osaka University, Japan)
Development of laser-wakefield acceleration platform

P2-16

Kai Huang (KPSI, Nat. Inst. for Quantum Sci.&Tech (QST), Japan)
Investigation on the emission timings of electron bunches from laser wakefield acceleration
via EO spatial decoding

P2-17

Kaoru Kobayashi (Utsunomiya University, Japan)
THz source driven by femtosecond laser created plasma with applied transverse electricfield in air

P2-18

Taketoshi Matsumoto (Osaka University, Japan)
Upcycling silicon swarf to advanced electrode materials

P2-19

Itsuki Nishibata (Osaka University, Japan)
Pulse duration dependence of dry laser peening effects in the femtosecond-to-picosecond
regimeNew chemical and biological approaches for society after the COVID-19 crisis
P3-1

Jie Xu (Osaka University, Japan)
Utilizing triplet-triplet energy transfer kinetics to explore the dynamics of nucleic acids atthe single-molecule levelP3-2

Zuoyue Liu (Osaka University, Japan)
Optical luminescence from protein-directed Au~20 clusters upon hard X-ray irradiation

P3-3

Xinxi Li (Osaka University, Japan)
Synthesis and photocatalytic improvement of metal-porphyrin containing nanodisks fromcovalent organic frameworks

P3-4

Shinobu Takizawa (Osaka University, Japan)
Machine-learning-assisted multi-parameter screening for flow and electrochemicalreactions

P3-5Bimolendu Das (Osaka University, Japan)
Sensing RNA internal loops and their binding molecules by a small-molecule
fluorescence probe ANP77

P3-6Jiranan Chotitumnavee (Osaka University, Japan)
Design, synthesis, and biological evaluation of HDAC8-targeting PROTACs

P3-7

Sohei Nakano (Osaka University, Japan)
The expression of MacAB is controlled by Rof through Rho dependenttranscription
termination system

P3-8

Ryohei Noma (Osaka University, Japan)
A photoswitchable fluorescent protein for hours-time-lapse and sub-second-resolved
super-resolution imaging

P4-1

Kyungmin Kim (Osaka University, Japan)
Manipulation of metal-insulator transition in VO2 thin films by usingstep-terraceorientations of TiO2(110) substrates

P4-2

Jinfeng Yang (Osaka University, Japan)
Relativistic femtosecond-pulsed electron microscopy

P4-3

Sakura Utsunomiya (Osaka University, Japan)
Synthesis

andphysicalpropertiesofB-N

fused

nir-absorbing

dyeswithnaphtobisthiadiazole unit toward organic semiconductor
P4-4

Jiho Ryu (Osaka University, Japan)
Single-molecule classification based on intermolecular hydrogen bond by modified nanogap and single-molecule time series analysis

P4-5

Takahito Ohshiro (Osaka University, Japan)
Single-molecule electrical RNA detection towards COVID-19 detection

P4-6

Akira Kitajima (Osaka University, Japan)
Summary about Nanotechnology Open Facilities, Osaka University

P4-7

Liliany Novyanty Pamasi (Nara Institute of Science and Technology, Japan)
Modulated three-dimensional ferromagnetic anisotropy of pyramidal shape Fe nanofilms

P4-8

Ayu Enomoto (The University of Shiga Prefecture, Japan)
Additive effects of Cu and K to perovskite solar cells

P4-9

Riku Okumura (The University of Shiga Prefecture, Japan)
Effects of alkali metal and organic cation addition to Cu-based perovskite solar cells

P4-10

Iori Ono (The University of Shiga Prefecture, Japan)
Perovskite solar cell with guanidinium added to the photoactive layer

P4-11

Atsushi Suzuki (The University of Shiga Prefecture, Japan)
Material design based on first-principles calculation and characterization of lanthanide
compound incorporated perovskite solar cells