Max Robotics — Global Service Robot Directory + US Certification

About

Navid Kazem is a materials scientist and engineer whose research has significantly advanced the field of soft multifunctional composites, with a particular focus on liquid metal (LM) embedded elastomers and their transformative applications in wearable electronics, soft robotics, and biomedical devices. His most celebrated contribution, "High Thermal Conductivity in Soft Elastomers with Elongated Liquid Metal Inclusions" (2017, 655 citations), demonstrated that strategically orienting liquid metal droplets within elastic matrices could achieve metal-like thermal conductivity while maintaining the compliance of soft tissue — a breakthrough with profound implications for flexible electronics and thermal management systems. Alongside this, his work on soft multifunctional composites (397 citations) established a foundational framework for engineering materials that simultaneously exhibit exceptional electrical, thermal, and mechanical properties. Kazem further expanded this paradigm by discovering that liquid metal inclusions can dramatically toughen soft materials (276 citations) and enable low-temperature thermoelectric wearables through controlled supercooling (221 citations). His research on surface-functionalized liquid metal nanodroplets (264 citations) opened new pathways for scalable, solution-processable fabrication. Collectively, Kazem's work has garnered over 1,800 citations, establishing him as a leading innovator in next-generation soft material design.