Computational screening of bioinspired mixed ionic-electronic conductors

Key Points

• To explore the potential of bioinspired mixed conducting polymers for advanced electronic applications.
• Conduct computational screening of various bioinspired materials
• Evaluate their conductance properties in different electronic applications
• Analyze data to identify promising candidates for specific uses
• Identified new materials with enhanced ionic-electronic conductivity
• Demonstrated improved performance metrics for neuromorphic and transient electronics applications
• Featured results suggest practical pathways for implementing these materials in bioelectronics.