<Poster>
September 5, 2024
<Odd number> 1:20 p.m. - 2:05 p.m.
<Even number> 2:05 p.m. - 2:50 p.m.
(*) Self-nominated for Premio Iride , the award for excellent poster presentations in 10th JILCW.

PosterNo.

Prsenting Author

Affiliation, CountryP01*

Yu ZouSouth China University ofTechnology, China

P02*

Maki Ogata

Ritsumeikan University, Japan

P03*

Tatsuya Ishibe

Ritsumeikan University, Japan

P04*

Arushi Rawat

Ritsumeikan University, Japan

P05*

Takuto Ishiyama

Tokyo Institute of Technology,Japan

P06*

Shunsuke Imai

Kyoto University, Japan

P07*

Yuki Shikata

Ritsumeikan University, Japan

P08*

Hirona Nakamura

Tokyo Institute of Technology,Japan

P09*

Koudai Tanino

Kyoto University, Japan

P10*

Hikaru Takahashi

Chiba University, Japan

P11*

Hirokazu Kamifuji

Osaka University, Japan

P12*

Jose Hernandez

Osaka University

P13*

Kenta Sakamoto

Osaka University, Japan

P14*

Takato Mera

Oita University, Japan

Title
Extended free-energy functionals for achiraland chiral ferroelectric nematic liquid crystals:
theory and simulation
Pressure Sensing with High Spatial Resolution
through Chiral-Nematic Liquid Crystal Polymer
Particles
Formation of Reflection Color Patterns inLiquid Crystalline Polymers via Photo-gradient
PolymerizationEffects of Alkyl Chain Length on Photophysical
Properties of Liquid-Crystalline Gold (I) NHeterocyclic Carbene Complexes
Effect of Polymer Concentration on Molecular
Alignment Behavior under Molecular Diffusion
Regime induced by Scanning Wave
Photopolymerization
Delayed Fracture via Soft Elasticity in Liquid
Crystal Elastomers
Controlling Uniaxial Alignment of Helical Axis
in Chiral Liquid-crystalline Polymer by Photogradient Polymerization
Single-step Fabrication of Cycloidal Molecular
Alignment Patterns by Scanning Structured
LightStretch-induced Evolution of Fingerprint
Texture in Cholesteric Elastomers
Semi-permanent Fixation of Polarization
Direction Using Gentle Crystallization of Axially
Polar Ferroelectric Columnar Liquid Crystalline
Polarization Distribution of Ferroelectric
Nematic Liquid Crystal on the Surface ofAlignment Films
Materials Synthesis of Various Morphologies
using Variable Dimension Reactor (VDR) inAmphiphilic Solutions
Photomagnetic response of nitroxide radicalwith benzil moiety in liquid crystalline nitroxide
radicalImage Analysis for Mean Flow in Negative
Viscous State Induced by an Electric Field

PosterNo.

Prsenting Author

P15*

Masaki Yamaguchi

P16*

Takumi Matsuo

P17*

Yuuki Koyama

P18

HiroyukiMatsukizono

P19

Takuro Yoshimura

P20

Haruka Kido

P21

Hiroya Nishikawa

P22

Attila Taborosi

P23

Yuji Tsukamoto

P24

Tomoyuki Nagaya

P25

Yuki Arakawa

P26

Makiko Tanaka

P27

Hirotsugu Kikuchi

P28

Ryotaro Ozaki

P29

Souryu Tanabe

P30*

Rei Amano

P31*

Naoya Nonaka

P32*

Hiroyuki Iwano

Affiliation, Country

Title

Memorizable electro-birefringence effectexhibited by highly polar liquid
crystals/polymer nano-composites
High-performance pyroelectricity in the crystals
Kyushu University, Japan
prepared from electrically poled ferroelectricsmectic liquid crystals
SHG simulation of ferroelectric nematic liquid
Ehime University, Japan
crystals using FDTD method
The Effect of Linkage Structures on Liquid
Kyushu University, Japan
Crystals Showing Ferroelectric Nematic andSmectic Phases
Formation of topological defects at liquid/liquid
Chuo University, Japan
crystal interfaces in micro-wells controlled bysurfactants and light
Illumination-Induced Solute Uptake into Liquid
Chuo University, Japan
Crystal Droplets by excimer state of 5CB
Ferroelectric Fluid Synthesis Factory Based onRIKEN CEMS, Japan
Mechanochemical Technology
Simulation of alkyl sulfonated polyimides(ASPI) for the understanding of structural,
Shinshu University, Japan
proton conductivity and liquid crystal properties
differences.
Electro-Optical Behavior of Liquid Crystal
Ehime University, Japan
Deflector with Linearly Gradient Pretilt Angle
Distribution
Negative Viscosity Induced byElectroconvection in Four Alkyl or Alkoxy
Oita University, Japan
Substituted Phenyl Cyclohexanecarboxylate
Liquid C rystals
Thermal and photoinduced phase transitions
Toyohashi University ofof imine-based twist-bend nematic liquid
Technology, Japan
crystals
The University of ElectroControlling Morphology of Hexagonal Liquid
Communications, JapanCrystalline DNA
Ferroelectric Nematic and Smectic Phases
Kyushu University, Japan
with Spontaneous Polarization along theDirector
Geometrical Optics Analysis of Bandwidth ofEhime University, Japan
Selective Reflection from Patterned
Cholesteric Liquid Crystals
Influence of the Frequency of Applied Voltages
Kyushu University, Japanon the Electroconvective Pattern Dynamics in
Homeotropic Nematics
Analysis of generalized Lebwohl Lasher model
Kyoto University, Japan
with randomness
Electric field response of nanofiber bundles
Fukuoka Institute of Technology,
consist ing o f stacked monodisperse
Japannanosheets.
Liquid crystalline columnar nanofibers
Fukuoka Institute of Technology,
composed of metal complexes andJapan
monodisperse titania nanosheets
Kyushu University, Japan

PosterNo.

Prsenting Author

P33

Keitatsu Nakamura

Kagoshima University, Japan

P34*

Kanna Kobayashi

Rikkyo University, Japan

P35*

Kotaro Morimoto

Rikkyo University, Japan

P36*

Yuno Yokota

Rikkyo University, Japan

P37

Atsushi Shishido

Tokyo Institute of Technology,
Japan

P38*

Dennis Kwaria

RIKEN CEMS, Japan

Affiliation, Country

Title
Demonstration of variable focus lens using
liquid crystal metasurface
Correlation of Thermal Diffusivity and mesogen
orientation on Side-Chain Liquid crystalline
polymers exhibiting Smectic Phase on Thin
films
Synthesis and Porous Thin Film Formation ofLiquid Crystalline Block Copolymers forConstruction of Thin Film Ionic Diodes
Effects of molecular weight and main chain
structures on photoinduced phase transition ina compatible blends binary liquid crystalline
polymer
Oriented Collagen Films with High Young’s
Modulus Fabricated on Micrometer Grooved
Polydimethylsiloxane
Helielectric Smectic C phases Generated bySpontaneous Polar and Chiral Symmetry
Breaking in a Novel Polar Fluid