F : Advances in Materials Innovation Utilizing Ion Beam Techniques

Organizers:

Representative
・ Prof. Satoshi ABO Osaka University
Correspondence
・ Dr. Kohtaku SUZUKI The Wakasa Wan Energy Research Center [email protected]
・ Prof. Wataru KADA Tohoku University [email protected]
Organizers
・ Dr. Hiroshi AMEKURA National Institute for Materials Science
・ Prof. Takaaki AOKI Nagoya University
・ Dr. Koumei BABA DLC Research Institute LLC
・ Prof. Fuminobu HORI Osaka Metropolitan University
・ Dr. Hisayoshi ITOH National Institutes for Quantum Science and Technology
・ Dr. Tomohiro KOBAYASHI RIKEN
・ Prof. Hiroyuki NISHIKAWA Shibaura Institute of Technology
・ Prof. Kazuhiro YASUDA Kyushu Univerity

Scope:

The creation of new materials with new functions is an important factor for the sustainable development of society. Ion beams give variety functions to materials by selecting the ion species and energy, then they can easily create new functional materials or new structures with different functions in the materials. Ion beams are also important tools for the analysis and characterization of these materials and new analysis and characterization techniques using ion beams are being developed. On the other hand, since the interaction between ions and materials is a complex process therefore it makes many unknown phenomena. These phenomena have been analyzed by machine learning and AI methods, and new ion beam applications in material science are developed with the new knowledge based on these results. The scope of this symposium is the latest innovative research results related to ion beams, including not only material creation, function creation, analysis, and characterization, but also the basic science and newly derived applied technology that support these fields using ion beams. The purpose of this symposium is to create a forum for collaborative discussions that will lead to further advances in materials innovation through cross-disciplinary and industry-academia collaboration.

Topics:

1. Fundamentals of ion-solid interaction
2. Ion beam analysis, evaluation, and modification of materials' properties: polymers, biomaterials, semiconductors, quantum materials, etc.
3. Cluster ions, swift heavy ions, highly charged ions, etc.
4. Data-driven ion beam applications
5. Other ion beam and plasma applications, etc.

Invited Lecture:

1. Dr. Shiro ENTANI (QST)
Synthesis of novel two-dimensional materials using energy transfer from heavy ion beams
2. Prof. Takuya SHIRAISHI (Kanagawa Univ.)
Study on ion beams and neutrons in keV to GeV energy scale using a sub-micrometric tracking detecto
3. Prof. Toshio SEKI (Kyoto Univ.)
High aspect etching with reactive gas cluster injection
4. Dr. Kazumasa NARUMI (QST)
Sputtering by fullerene-ion bombardment
5. Dr. Natsuko FUJITA (JAEA)
Development of a downsized AMS system at JAEA-AMS-TONO
6. Prof. Takuya MAJIMA (Kyoto Univ.)
Secondary ion mass spectrometry of microdroplets using MeV ions