■Sumitomo Chemical Reaches Agreement to Acquire Taiwanese Semiconductor Process Chemicals Company
■Fujifilm Announces Completion of a New Building for Advanced Semiconductor Materials in Shizuoka
■TEL Construction Completed on Tokyo Electron Technology Solutions'Tohoku Production and Logistics Center
■EBARA to Establish Second Overhaul Plant for Dry Vacuum Pumps in Korea
■SATO Develops Printing-Based RFID Antenna Manufacturing Technology Using Conventional Micron-Sized Copper Paste
■Ritsumeikan University:PFAS Decomposed into Fluoride Ions Using Low-Toxicity Semiconductor Nanomaterials
■Nagoya University Researchers Achieve Sub-Nanometer Thickness Control of Amorphous Silica Nanosheets
■JSR and IBM to Strengthen Semiconductor Materials Development Using AI
■SCREEN Acquires Nikon's R&D Business for Wafer Bonding Technology
■BASF to Build Electronic-Grade Ammonium Hydroxide Plant in Ludwigshafen, Germany
■YKK AP Begins Demonstration of Grid-Connected Interior Windows Using Glass-Type Perovskite Solar Cells for Building-Integrated Photovoltaics
■Waseda University and Toin University of Yokohama Develop Upconversion-Type Perovskite Solar Cells Capable of Utilizing Near-Infrared Light
■NEDO and JAIST Sign Memorandum of Understanding on Industry-Academia Collaboration
■Waseda University Develops a Method to Narrow the Search Space for Predicting Organic Molecular Crystal Structures Using Machine Learning
■Rigaku Establishes Group Company in Taiwan and Launches Full-Scale Operations at New Technology Center
■Sekisui Chemical, NTT DATA, and Nikkei Engineering Develop Improved Installation Method for Film-Type Perovskite Solar Cells on Building Walls
■Tohoku University, National Institutes of Natural Sciences, and Tokyo University of Science discovered a single-atom difference boosts room-temperature luminescence efficiency by 77 times in silver nanoclusters