Program

• Final program and abstract (pdf, about 10 MB)
• List of poster presentations (pdf)
• About Lunch Banquet
• About Excursion
• About Practices of machine learning (by Prof. N. Akutsu)

Program details (alphabetical order in first name)

Lecturer	Affiliation	Title
An-Pang Tsai	Tohoku University	Growth of quasicrystals
Chaorong Li	Zhejiang Sci-tech University	Morphology control and applications of Cu2O nano-particles
Elias Vlieg	Radboud University	Structures of interfaces
Etsuro Yokoyama	Gakushuin University	Morphology, roughening and instability
Gen Sazaki	Hokkaido University	The surface melting of ice crystals
Geun Woo Lee	Korea Research Institute of Standards and Science	Crystal nucleation and growth in a deep metastable liquids using electrostatic levitation and dynamic diamond anvil cell
Hiroaki Imai	Keio University	Formation of mesocrystal: classical and non-classical crystal growth
Hiroshi Ohmoto	Pen State University	New model for the condensation of minerals in the Solar Nebula and the origin of Earth based on the meteorites discovered in 3.46 Ga-old submarine basalts
Hiroshi Ohmoto	Pen State University	Dr. Sunagawa’s influence on my research at Tohoku University
Hitoshi Miura	Nagoya City University	Fundamentals of step dynamics
Jim De Yoreo	Pacific Northwest Laboratory	Classical vs non-classical pathways of crystal nucleation and growth
Juan Manuel García-Ruiz	CSIC-University of Granada	Patterns on the rocks: An overview of mineral growth patterns
Junpei Yamanaka	Nagoya City University	Self assembly of colloidal particles
Katsuo Tsukamoto	Tohoku University/Osaka University	Optical in-situ observation of crystal growth interfaces
Koichi Kakimoto	Kyushu University	Numerical investigation and experimental validation of crystal growth of semiconductors
Masaru Tachibana	Yokohama City University	Perfection of protein crystals by X-ray diffraction
Matthias Konrad-Schmolke	University of Gothenburg	Metamorphism
Michihiko Nakamura	Tohoku University	Magma crystallization and volcanic eruptions
Mu Wang	Nanjing University	The mechanism leading to the long range ordering in the interfacial aggregation
Noriaki Ozaki	Akita Prefectural University	Silica biomineralization in rice plants
Noriko Akutsu	Osaka Electro-Communication University	Introduction to deep learning with a software Keras: A guide for end-to-end users
Qiu-Sheng Liu	Chinese Academy of Sciences	Solutal convection of liquid in alloy directional solidification with porous dendrite mush
Satoshi Uda	Tohoku University	Growth of new congruent oxide crystals with extended stoichiometric compositions
Takeshi Fukuma	Kanazawa University	Visualizing atomic-scale structures and dynamics at solid-liquid interfaces by high-speed frequency modulation AFM
Taketoshi Hibiya	Keio University	Memory of Piet Bennema for the discussion of garnet morphology on a boat
Teruki Sugiyama	National Chiao Tung University	Crystallization controlled by optical trapping
Teruyasu Mizoguchi	University of Tokyo	Machine learning for atomic-resolution analysis of interface
Tetsuo Okutsu	Gunma University	Light induced crystallization of proteins and organic molecules
Toru Ujihara	Nagoya University	Machine learning for SiC crystal growth (modeling, optimization and visualization)
Xiang-Yang Liu	National University of Singapore	Kinetic and control of spider silk crystallization
Yuki Kimura	Hokkaido University	Application of liquid TEM to various crystallization
Zhisen Zhang	Xiamen University	Ice nucleation in hydrogel matrix

Practices of machine learning (by Prof. N. Akutsu)

Prof. N. Akutsu will provide a practical lecture on machine learning at Nov. 3rd and 4th evening. You can experience how to use useful tools of machine learning on your own laptop. You may get a hint to apply the machine learning technique to your research on crystal growth. Please contact noriphys.osakac.ac.jp, if you take the course. Anybodies who are interested in the machine learning are welcome!

• Announcement of the practical lecture (pdf)