Achievements

Press Releases

• 12/24/2025
  Breakthrough in Carbon-Based Battery Materials Improves Safety, Durability, and Power
• 12/24/2025
  An AI-Based Blueprint for Designing Catalysts Across Materials
• 12/23/2025
  Tohoku University and Fujitsu Use AI to Discover Promising New Superconducting Material
• 12/12/2025
  Rare-Earth Europium Substitution Allows for More Control Over CO₂-to-Fuel Conversion
• 12/10/2025
  New Fully Digital Design Paves the Way for Scalable Probabilistic Computing
• 12/03/2025
  Water-Resistant and Recyclable Redox-Active Metal-Organic Frameworks (RAMOFs)
• 11/26/2025
  Better Predicting the Lifespan of Clean Energy Equipment, Towards a More Efficient Design
• 11/25/2025
  Recycling a Pollutant to make Ammonia Production Greener
• 11/19/2025
  Using Theory and Data to Create New Single Atom Catalysts for Cleaner Chlorine Production
• 11/17/2025
  Interpretable Machine Intelligence for Materials Design of Metal Hydrides
• 11/07/2025
  Unlocking Oxygen’s Hidden Role in Turning Propylene into Useful Chemicals
• 11/06/2025
  Researchers Find That Temperature Matters for RhRu₃O_x During Acidic Water Oxidation
• 10/29/2025
  Two Chemical Reaction are Better than One
• 10/23/2025
  Controlling Triple Quantum Dots in a Zinc Oxide Semiconductor
• 10/22/2025
  Decoding How pH Controls the Chemistry of Clean Energy
• 10/20/2025
  Unmasking the Culprits of Battery Failure with a Graphene Mesosponge
• 10/15/2025
  Pyridinic-N Incorporated Phthalocyanine for Efficient and Durable CO₂ Electroreduction
• 10/03/2025
  Artificial Intelligence Technology in Environmental Research and Health
• 09/26/2025
  An Energy-Efficient Method to Convert Water Pollutants into Useful Ammonia
• 09/16/2025
  Hot Pressing and SPS Found Equally Effective for Next-Gen Batteries