# Poster Presentations

**P-1.**** **** Takamichi Sushida (Hokkaido University)**

“Phyllotactic Voronoi tilings with Archimedean spiral lattices”

**P-2.**** **** Yuzuru Sato (Hokkaido University)**

“Neural field dynamics for growing brains”

**P-3.**** ** **Masaaki Mizukami (Tokyo University of Science)**

“Global existence and asymptotic stability in two species chemotaxis systems”

**P-4.**** ****Mamoru Okamoto (Hokkaido University)**

“Mathematical models for self-motion of a camphor disk coupled with

convection”

**P-5.**** ****Hiroto Shoji (Kyoto Prefectural University of Medicine)**

“Computer simulations of three-dimensional Turing patterns in Lengyel-Epstein model”

**P-6.**** ****Yuki Koyano (Chiba University)**

“Rotational and Oscillatory Motion in a Two-dimensional Axisymmetric Self-propelled System”

**P-7.**** ****Elliott Ginder (Hokkaido University)**

“A method for embedding multiphase hypersurfaces in Euclidean spaces”

**P-8.**** ****Hiromasa Suzuki (Shiga University)**

“Analytical approach to stability and bifurcation problems of a three-component

reaction diffusion systems”

**P-9.**** ****Masakazu Akiyama (Hokkaido University)**

“A Mathematical Model of Planar Cell Polarity”

**P-10.**** ****Ayumu Katayama (Hokkaido University)**

“An approximation method of interfaces in multiphase environments”

**P-11.**** **** Takeshi Takaishi (Hiroshima Kokusai Gakuin University)**

“Pattern formation on crack growth with H-embrittlement”

**P-12.**** ****Tomohiko Sano (Ritsumeikan University)**

“Slip Morphology of Elasticas on Frictional Rigid Substrates”

**P-13.**** **** Hiroki Ohta (JAMSTEC)**

“Geometric classes controlling spatiotemporal expression in repressor chains”

**P-14.**** ****Lorenzo Contento (Meiji University)**

“Annihilation and non-annihilation dynamics in a three-species competition-

diffusion system”

**P-15.**** **** Marko Jusup (Hokkaido University)**

“Mathematics of metabolic organization”

**P-16.**** **** Katsuhiko Kayahara (Hiroshima University)**

“Characteristic motion of self-propelled soft pendulums”

**P-17.**** ****Yasuaki Kobayashi (Ochanomizu University)**

“Synchronization failure caused by interplay between noise and network

heterogeneity”

**P-18.**** ****Daisuke Tagami (Kyushu University)**

“Numerical analysis of generalized particle methods for convection-diffusion

problems”

**P-19.**** **** Kentaro Ito (Hiroshima University)**

“Mathematical model for spreading slime mold and its decision making”

**P-20.**** **** Takeshi Watanabe (The University of Tokyo)**

“Global bifurcation structure of stationary and traveling pulses with oscillatory tails”

**P-21.**** ****Muhammad Humayun Kabir (Meiji University)**

“How farmers spread into a region occupied by hunter-gatherers? -The Neolithic transition of populations in Europe-”

**P-23.**** ****Takenori Takada (Hokkaido University)**

“Elasticity analysis in random matrices in population studiesn”

**P-24.**** **** Hideki Murakawa (Kyushu University)**

“Mathematics of cell adhesion and cell sorting: experiments, modeling and

analysis”

**P-25.**** ****Hirofumi Izuhara (University of Miyazaki)**

“Vegetation patterns in arid ecosystems”** **

**P-26.**** ****Yuma Sakai (Hokkaido University)**

“Pathogen Propagation Model with Superinfection in Vegetatively Propagated Plants on Lattice Space”

**P-27.**** KEI**** NISHI (Kyoto Sangyo University)**

“Pulse dynamics in some bistable reaction-diffusion system”

**P-28.**** **** Kazuya Horibe (Osaka University)**

“Curvature-driven splitting of a planar travelling wave”

**P-29.**** ** **Takayuki Yamaguchi (Hiroshima University)**

“Numerical calculation of perturbations to orbits passing through an unstable equilibrium”

**P-30.**** **** Fumitaka SAKAMOTO (Fukuoka University)**

“Chemical Patterns and Dynamics Emerging in some Composite Systems”

**P-31.**** ****Shigeru kuroda (Hokkaido university)**

“A minimal model for crawling locomotion with dynamic gait generation”

**P-32.**** **** Tohru Wakasa (Kyushu Institute of Technology)**

“Structure of traveling wave solutions for a tumour growth model”

**P-33.**** ****KOTA IKEDA (Meiji University)**

“Reduction approach to a reaction-diffusion system for collective motions of

camphor boats”