Glass Production Technology
| Invited speaker | Tentative Presentation title |
| Toru Sugawara (Akita University) | Thermodynamic database of molten oxide and their application to glass science |
| Sohei Sukenaga(Tohoku University) | Measurement and interpretation of physical properties for multicomponent silicate melts |
| Chikashi Kimura (AIR LIQUIDE Japan GK.) | Heat Oxy-combustion and Hydrogen for glass melting: the route toward CO2 neutrality |
| Hans van Limpt (Sibelco) | Designing glass batches for the future |
| Andrew Reynolds (Fives Stein Ltd.) | Low CO2 Glass Melting: All-Electric or Hybrid Technology? |
| Hong Li (Nippon Electric Glass Co., Ltd.) | Characterizations of the Batch-to-Melt Conversion Process of Alkaline Earth Aluminoborosilicate Glass |
| Stefan Postrach (RHI GLAS GmbH) | How RHI Magnesita ensures the quality of its refractory products for the Glass Industry |
Glass Science
| Invited speaker | Tentative Presentation title |
| Delia Brauer (Friedrich Schiller University Jena) | Improving Bioactive Glass Functionality by Ionic Substitutions |
| Hajime Tanaka (The University of Tokyo) | Impact of Structural Ordering on Vitrification and Crystallization |
| Madoka Ono (Hokkaidou University/AGC) | Pressure Control of Fluctuation in Glass |
| Mathieu Allix (Centre National de la Recherche Scientifique) | Crystallization from Glass: Application to Transparent (Glass-)Ceramics |
| Mathieu Bauchy (University of California, Los Angeles) | Discovering New Glasses by Machine Learning and Network Topology |
| Yasushi Fujimoto (Chiba Institute of Technology) | Potential of Functional Silica glass Fabricated by Zeolite Method and Development of Specialty Fiber |
| Ting-An Wu (Spring Pool Glass Ind. CO) | Taiwan Circular Economy of Glass Industry |
Nuclear Waste Glasses
| Invited speaker | Tentative Presentation title |
| Atsunobu Masuno (Hirosaki University) | Structural analyses of nuclear waste glasses in Japan |
| Tomofumi Sakuragi (Radioactive Waste Management Funding and Research Center(RWMC)) | Vitrification and geological disposal of high-level radioactive waste: Integrated approach for their technical options and optimization of nuclear fuel cycle system |
| Jincheng Du (University of North Texas) | Mechanistic understanding of nuclear waste glass dissolution from atomistic computer simulations |
| Hajime Iwata (Japan Atomic Energy Agency) Co-authors:Seiichiro Mitsui, Nobuyuki Sekine | Effects of steel overpack on aqueous alteration of vitrified high-level radioacitive waste |
| Norie Hirao (Japan Nuclear Fuel Limited) Co-authors: Akira Sasahara, Takahiro Ishio, Norio Kanehira | Current Status and future plans of the development of vitrification technology in JNFL |
| Kazuyoshi Uruga (Central Research Institute of Electric Power Industry) Co-Author: Tsuyoshi Usami, Takeshi Tsukada | Mechanisms and countermeasure for molybdate phase separation in vitrification process of high-level liquid wastes |
| Stephane Gin (CEA) Co-Author: Xiaolei Guo, Jean Marc Delaye, Frederic Angeli, Kamalesh Damodaran, Veronique Testud, Jincheng Du, Sebastien Kerisit, Seong Kim, | Insights into the mechanisms controlling the residual corrosion rate of borosilicate glasses |