Strategic Objectives
• Unlock the secrets of the world's highest-conducting solid electrolytes.
• Navigate the complex chemistry of thiophosphates and sulfide glass structures.
• Master H2S mitigation strategies for safe, large-scale manufacturing.
• Design high-performance battery architectures for heavy-duty electric vehicles.
The Core Challenge
Traditional lithium-ion batteries hit a wall in energy density and safety, while heavy-duty transport demands faster charging and higher power than liquid systems can provide.
01
The Solid-State Paradigm Shift
02
Foundations of Ionic Conductivity
03
The Sulfur Advantage
04
Thiophosphate Chemistry
05
Crystalline vs. Glassy States
06
The Discovery of LGPS
07
Argyrodite-Type Electrolytes
08
Advanced Synthesis Techniques
09
The Air Sensitivity Challenge
10
Hydrogen Sulfide Mitigation
11
The Electrolyte-Anode Interface
12
Cathode Compatibility
13
Characterization Tools
14
Electrochemical Impedance Spectroscopy
15
Glovebox and Dry Room Operations
16
Stacking and Cell Assembly
17
Heavy-Duty EV Applications
18
Fast Charging Capabilities
19
Recycling and Sustainability
20
The Competitive Landscape
21
The Future of Superionic Materials
Explore Research Ecosystem
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