SEEDS

Research Overview

①Ultra-Lightweight Materials for Next-Generation Mobility

We are developing ultra-lightweight, ultra-high-strength high-entropy alloys that significantly surpass conventional lightweight practical alloys (Ti-, Al-, and Mg-based) in both density and strength.

②Materials for Fluoride-Based Secondary Batteries

Using high-entropy alloy design methods, we are developing electrode materials for next-generation all-solid-state fluoride batteries, which are considered promising candidates for advanced secondary battery systems. (National project)

Related Seeds

• Development of Polymer Electrolyte Membranes for Next-Generation Fuel Cells
• Development of Next-Generation Energy Conversion Devices Using Silicon Nanomaterials
• Solution Plasma Technique: Interfacial and Reaction Dynamics
• Development of Materials and Evaluation System Technologies to Improve LIB Lifetime Performance, and Promotion of Social Implementation
• Thermochemical Energy Systems
• Methodologies and Practices for Realizing a Society with Minimized Exergy Consumption Rates