Welcome to STAC - D2MatE 2024

STAC: The International Conference on the Science and Technology for Advanced Ceramics (STAC)
D2MatE: Data Driven Materials Research for Electronics
Date: February 29th, 2024
Venue: STAC-D2MatE will be held at TSUKUBA International Congress Center

News †

1. January 16th, 2024: Registration page opened.
2. December 26, 2023: STAC-D2MatE 2024 Homepage opened.

AIM and SCOPE †

STAC: The cutting edge of ceramic research is evolving rapidly, leading into areas far beyond the traditional image of ceramics. The main materials of ceramics are oxides. They are typically abundant, benign for environment, and have many unique properties. Many of these features are not seen in typical semiconductors and organic materials. Furthermore, many unknown properties are untapped and as yet undiscovered as exemplified by high-Tc superconductors.

STAC aims to provide a new forum to stimulate the growth of advanced ceramic science and promote its integration into other disciplines through presentations and discussions on currently emerging research topics.

D2MatE: Recent advances in data science and computer technology have enabled to enhance materials research by utilizing computational science and data analysis, leading to novel approaches in new material design, such as Materials Informatics, and the efficient implementation of material and device development processes as seen in Process Informatics. To advance these approaches further, the accumulation and utilization of data generated through the materials research and development process have become more crucial. D2MatE will cover the latest topics related to materials development, computational science, data science, and data utilization in data-driven materials development.

D2MatE session will be formed by Keynote Speeches, Invited Speeches, Oral presentations from D2MatE project members, and Poster presentations. Other contributed papers will basically be assigned to poster presentations.

Topics †

• Data Driven Materials Research (D2MatE)
  • Method, Materials Design, Materials Information, Machine Learning, Automation, Data utilization, etc.
• Catalyst, Chemical materials
  • Novel chemistry, Catalyst, etc.
• Electro-magnetic materials
  • Dielectrics (high-k, ferroelectrics), Magnetic Oxides, Multi-Ferroics, etc.
• Engineering materials
  • Sustainable materials and systems, Catastrophic fracture, Smart materials, Ecomaterials, etc.
• Glass
  • Glass, amorphous, photonics materials, etc.
• Semiconductors
  • Semiconductors, transparent conductors, etc.
• Solid State Chemistry
  • New compounds, High-Tc Superconductors, Advanced processes, Soft processing, High pressure synthesis, etc.,
• Bio/medical/environmental materials
  • Bioceramics, Ecomaterials, etc.
• Advanced characterization
  • Fast dynamics, Scanning probe technique, Nanoindentation, SR, etc.

Conference Chairs †

STAC: N. Ohashi (NIMS, Japan)
D2MatE: T. Kamiya (Tokyo Tech, Japan)

Conference Co-chairs †

STAC: N. Matsushita (Tokyo Tech, Japan)
STAC: M. Miyauchi (Tokyo Tech, Japan)
STAC: M. Hara (Tokyo Tech, Japan)
STAC: T. Ikoma (Tokyo Tech, Japan)
STAC: T. Yano (Tokyo Tech, Japan)

Contact (Secretary) †

E-Mail: kamiya.t.aa@m.titech.ac.jp
  Dr. Toshio Kamiya
  MDX Materials Research Center for Element Strategy, International Research Frontiers Initiative, Tokyo Institute of Technology
  4259 Nagatsuta, Midori-ku, Yokohama 226-8503, Japan