Dynamic Diselenide-mediated Graphene Composite Networks: Towards Shape-reprogrammable and Conductivity-stable Flexible Electronics

Key Points

• The research aims to create flexible electronics that effectively balance deformability and functional stability.
• Developed graphene composite networks using dynamic diselenides.
• Analyzed the mechanical and electrical properties of the composites.
• Tested shape reprogrammability under various conditions.
• The composites exhibited high deformability without losing electrical conductivity.
• Shape morphing capabilities were successfully demonstrated.
• Materials showed enhanced stability compared to traditional flexible electronics.