Stretchable light electrochemical cell based on CsPbBr 3 and distributed GaP nanowires array with single-walled carbon nanotubes electrode

Key Points

• This research investigates the development of a stretchable light electrochemical cell using specific materials.
• Developed a stretchable green perovskite light electrochemical cell (PeLEC) using CsPbBr3 and a distributed array of GaP nanowires.
• Implemented single-walled carbon nanotubes as an electrode to enhance electrical performance.
• Assessed device performance through multiple stretch-relaxation cycles.
• The stretchable PeLEC demonstrated consistent light emission during repeated stretching, indicating durability.
• Achieved high efficiency in light output with promising stability over several testing cycles.
• Showed potential for practical applications in flexible electronic devices.