(International symposium)

[Process Science for Nanomaterials Design]

PROCESS SCIENCE project ("Process Science Toward Design and Control of Nanomaterials", MEXT, Japan; FY2019-FY2025) is the world leading project for developing chemical engineering thermodynamics of nanoparticles and designing nanoparticle process based on the structured knowledge. From fundamental properties to structural formation of nanoparticles during the processing has been intensively studied in the project. In this symposium, based on the philosophy of process science, outstanding researchers, not only from project members but also invited researchers from Europe will have interesting discussions on cutting-edge studies related to process science. This symposium covers widely various topics in chemical engineering for nanomaterials, such as phase behavior, transport properties, unit operations, and structural formation of nanoparticles.

2026/March/23(09:30~17:00)~24(09:00~16:40), 25th Lab tour & discussions

Place:AIMR 2F seminar room, Tohoku University, Katahira campus

Program 23rd of March (Monday)
Speaker Akira Yoko
Title Introduction
Time 09:15~09:30
Speaker Tadafumi Adschiri, Tohoku University
Title Process Science Toward Design and Control of Nanomaterials
Time 9:30~10:00
Speaker Yoshiyuki Yamashita, Tokyo University of Agriculture and Technology
Title Designing Process Development Procedures: A Workflow for Problem-Solving
Time 10:00~10:30
Speaker Kosuke Hiromori, Tohoku University
Title Development and design method of nanoparticle chromatography
Time 10:50~11:20
Speaker Wolfgang Peukert, FAU
Title Principles of product design from a particle's perspective
Time 11:20~12:00
Speaker Yoshiyuki Sato, Tohoku Institute of Technology
Title PVT Measurement and prediction of hybrid nanoparticles
Time 13:30~14:00
Speaker Hiroyuki Matsuda, Nihon University
Title Evaluation of dispersion and aggregation for decanoic acid-modified ceria nanoparticle + organic solvent systems: Measurement and modeling with activity coefficient models
Time 14:00~14:30
Speaker Takaaki Tomai, Tohoku University
Title Molecular-solute-like dispersion of nanoparticles at high concentrations
Time 14:30~15:00
Speaker Keishi Suga, Tohoku University
Title Control over Nanoparticle Dispersibility based on Localized Hydrophobicity
Time 15:20~15:50
Speaker Yusuke Ootani, Tohoku University
Title Understanding Unexpected Aggregation of Organically Modified Nanoparticles in Nonpolar Organic Solvent via Molecular Dynamics Simulations
Time 15:50~16:20
Speaker Tobias Kraus, INM
Title Colloidal nanoparticle stability in apolar solvents
Time 16:20~17:00
24th of March
Speaker Johannes Walter, FAU
Title Size-, shape-, and composition-resolved spectroscopy of nanoparticles - New insights into structure-property relations by analytical ultracentrifugation
Time 9:00~9:40
Speaker Tom Welling, Tohoku University
Title Liquid-Phase Electron Microscopy of Yolk-Shell Colloids: Nanoscale Core-in-Shell Dynamics as a Guide for Assembly-Level Photonic Switching
Time 9:40~10:10
Speaker Takamasa Saito, Tohoku University
Title Molecular dynamics approach toward interfacial structure and interactions between organic-modified solid and dispersed media
Time 10:30~10:50
Speaker Yuya Hiraga, Tohoku University
Title Experimental Viscosity Measurements and Free Volume Theory Modeling of Polymer-Filler Nanocomposites
Time 10:50~11:10
Speaker Michael Engel, FAU
Title Shaping Nanocrystals with Kinetic Monte Carlo and Machine Learning
Time 13:00~13:40
Speaker Eriko Shinkawa, Tohoku University
Title Mathematical Approaches to Structural Descriptors in Process Science
Time 13:40~14:10
Speaker Suguru Noda, Waseda University
Title Nanostructure Formation and Process-Structure Relationships across Various Systems
Time 14:30~15:00
Speaker Denis Gebauer, University of Konstanz
Title The pre-nucleation cluster pathway and the role of chemistry in nucleation
Time 15:00~15:40
Speaker Andrea Testino, EPFL
Title Controlled precipitation from solution
Time 15:40~16:20
Speaker Akira Yoko, Tohoku University
Title Continuous synthesis of organic modified nanoparticles and thermophysical property of nanofluids
Time 16:20~16:40