Atomic Interface Engineering in Two‐Dimensional Materials: A Pathway to High‐Performance Flexible Thermoelectrics

Key Points

• This research aims to explore the role of atomic interface engineering in enhancing the performance of flexible thermoelectric materials.
• Developed two-dimensional materials with engineered atomic interfaces for thermoelectric applications.
• Created flexible and wearable thermoelectric generators and self-powered sensors.
• Integrated systems for energy harvesting tested for practical usability.
• Successfully demonstrated high-performance in flexible thermoelectric applications.
• Achieved seamless integration of wearable thermoelectric generators into energy harvesting systems.
• Showed potential for various practical applications, including self-powered sensors.