Max Robotics — Global Service Robot Directory + US Certification

About

Er He is pioneering the future of energy storage and soft electronics, with a research focus on flexible batteries and high-performance conductive materials. His impactful review, "Recent progress of flexible rechargeable batteries" (2024, 57 citations), provides a critical roadmap for the field, systematically analyzing five distinct battery chemistries—from flexible lithium-ion to zinc-ion and metal-air systems—and their configurations for practical wearable applications. This work has become an essential reference for researchers navigating the complex landscape of deformable power sources. Demonstrating remarkable innovation, He recently achieved a breakthrough in conductive elastomers with his 2025 paper (13 citations), introducing a durable metalgel that maintains an extraordinary electrical conductivity of 3×10⁶ S·m⁻¹ even after one million stretching cycles. This unprecedented combination of metal-level conductivity and mechanical resilience directly addresses a critical bottleneck in soft robotics and wearable electronics. By solving the long-standing challenge of conductivity degradation under repeated deformation, He’s work establishes a new benchmark for stretchable conductors, positioning him as a rising leader in materials science and flexible energy technologies.