Symposium B-1
Impact of Supercomputer "Fugaku" to Computational and Data-Driven Materials Science
Scope
The future direction of computational and data-driven materials science in Japan will be discussed by sharing the latest research results in computational and data-driven materials science based on super-large scale, super-long time and super-massive computations which can only be achieved by Japan's flagship supercomputer "Fugaku"
Topics
- Computational and Data-Driven Materials Science
- Structural Materials
- Magnetic Materials
- Battery, Fuel Cell, Catalysts, and Other Electrochemical Materials
- Electronics Materials
- Bio/Polymer Materials
- Japan' Flagship Supercomputer "Fugaku"
Symposium Keynote
- Aiichiro NakanoUniversity of Southern California
- Quantum Dynamics at a High-Performance Computing Crossroads
- Seungwu HanSeoul National Univ.
- Meta-Automating Atomistic-Simulation Workflows with Reasoning Language-Model Agents
- Michael MoselerFraunhofer IWM
- Constructing the continuum-physics core of a digital twin for tribological contacts under boundary and mixed lubrication conditions
Invited Speakers
- Li-Chiang Lin, National Taiwan University: In Silico Investigations of Metal-Organic Frameworks for Atmospheric Water Harvesting: Large-scale Molecular Simulations and Predictive Machine Learning Models
- Amalendu Chandra, Institute of Science Tokyo and Indian Institute of Technology Kanpur: Vibrational Spectroscopy of Aqueous Systems and Other Materials from Different Approaches of Molecular Dynamics, Quantum Calculations, Ab Initio Molecular Dynamics and Machine Learning Methods
Organizers
- Representative
Momoji Kubo - Tohoku University
- Correspondence
Momoji Kubo - Tohoku University
momoji[at]tohoku.ac.jp
- Yoshitaka Tateyama
- Institute of Science Tokyo
- Kazushi Fujimoto
- Kansai University