Monday 15 May
8:00~ Registration (Registration fee: 13,000 JPY for professors)
8:30~ Opening Remark: Prof. Ogawa
Chair: Prof. M. Ogawa (VISTEC)
I101 8:45~9:10 Invited
Dr. Yohei Ishida (Hokkaido U)
From Physi-synthesis of Fluorescent Noble Metal Cluster Aggregates to Chemo-synthesis of Molecular Gold Clusters with Atomic Precision
I102 9:10~9:35 Invited
Dr. Tetsuo Yamaguchi (Dongguk U, KR)
Size and surface charge effect of layered double hydroxide particles upon bold cells and proteins
S103 9:35~10:20
Special
Prof. Katsuhiro Ohmiya (AIST)
Fundamentals and application of bioluminescence
Chair: Prof. T. Yonezawa (Hokkaido U.)
I104 10:20~11:00 Invited
Prof. Makoto Ogawa (VISTEC, TH)
Preparation of layered alkali titanates and their hybrids for photocatalyst’ application
11:00~12:00
K105 Keynote
Prof. Nobuyuki Zettsu (Shinshu U)
Electrochemical interface engineering for advanced lithium-ion batteries with high energy density, fast charging-discharging characteristics, and long-term durability
12:00~13:00 Lunch
Chair: Prof. N. Zettsu (Shinshu U)
K106 13:00~14:00 Keynote
Prof. Ken-ichi Shimizu (Hokkaido U)
Computational, data science, and spectroscopic studies for design of heterogeneous catalysis
14:00~14:40
POSTER SESSION
14:40~14:50 Break
Chair: Prof. P. Pattanasattayavong (VISTEC)
I107 14:50~15:30 Invited
Prof. Ryo Sasai (Shimane U)
Anion Effect on Luminescence Properties of Tb3+ -Doped Layered Double Hydroxides and Its Anion Sensing Ability
I108 15:30~16:10 Invited
Prof. Norihito Sakaguchi (Hokkaido U)
HAADF-STEM observation of Pt single atom diffusion behavior on substrates and its electron irradiation effect
Chair: Dr. Yohei Ishida (Hokkaido U)
I109 16:10~16:50 Invited
Prof. Minoru Osada (Nagoya U)
Two-dimensional oxides: new flatland beyond Graphene
I110 16:50~17:30 Invited
Prof. Pichaya Pattanasattayavong (VISTEC, TH)
Tunable electronic properties of metal thiocyanate semiconductors
I111 17:30~17:55 Invited
Dr. Yujia Liu (Gunma U)
Functionalized Tricyclic Laddersiloxanes: Potential Precursors for New Materials
Tuesday 16 May
8:30~ Reception
Chair: Prof. Tetsu Yonezawa (Hokkaido U)
I201 9:00~9:25 Invited
Dr. Shiori Suzuki (Hokkaido U)
Chemical Processing of Lignocellulosic Biomass for Sustainable Polymer Materials
I202 9:25~10:05 Invited
Prof. Tomohiko Okada (Shinshu U)
Hydrated Silicate Layers for Adsorbents and Enzyme-like Catalysts in Water
Chair: Prof. Naoyuki Ishida (Okayama U)
I203 10:05~10:45 Invited
Prof. Yoshiko Miura (Kyushu U)
Porous polymer immobilized catalyst for continuous flow ogranic synthesis
I205 10:45~11:10 Invited
Prof. Tetsu Yonezawa (Hokkaido U)
Tuning of copper nanoparticles for strong die-bonding
Chair: Prof. Yoshiko Miura (Kyushu U)
I206 11:10-11:35 Invited
Dr. Mai Thanh Nguyen (Hokkaido U)
Metal and alloy nanoparticles synthesized by sputter
I207 11:35~12:15 Invited
Prof. Atsushi Shimojima (Waseda U)
Controlled Assembly of Building Blocks for the Design of Siloxane-based Nanomaterials
12:15~13:10 Lunch
Chair: Prof. Kiyoshi Kanie (Tohoku U)
I208 13:10~13:50 Invited
Prof. Masafumi Unno (Gunma U)
Quest for the Synthesis of Janus Siloxanes
I209 13:50~14:30 Invited
Prof. Naoyuki Ishida (Doshisha U)
Importance of non-DLVO forces to the stability of colloidal dispersion systems: Evaluation by atomic force microscopy
Chair: Prof. Atsushi Shimojima (Waseda U)
I210 14:30~15:10 Invited
Prof. Yasuhide Inokuma (Hokkaido U)
Polyketones as Rope-like Molecular Components for Development of Functional Molecular Materials
I211 15:10~15:50 Invited
Prof. Martyn McLachian (Imperial College, UK)
Exploring structure, composition and performance relationships in metal halide perovskite photovoltaics
15:50~16:00 Break
Chair: Prof. Tomohiko Okada (Shinshu U)
I212 16:00~16:40 Invited
Prof. Kiyoshi Kanie (Tohoku U)
Dendrinized Nanoparticles: The Self-Organized Structures and Control of the Functions
I213 16:40~17:20 Invited
Dr. Takayuki Nonoyama (Hokkaido U)
Single Hydrogel Showing Multiple Thermal Transition Governed by Kinetics
Chair: Dr.Takayuki Nonoyama (Hokkaido U)
I214 17:20~18:00 Invited
Prof. Yasuaki Tokudome (Osaka Metro. U)
Colloid-Based Sol-Gel System for a Biomedical Application