Matthias Kuehne
Papers
2
Total Citations
16
H-Index
2
About
Matthias Kuehne is pioneering the frontier of microscale energy systems, with a focus on powering the next generation of autonomous microdevices. His core research centers on developing high-energy-density power sources for colloidal robotics, microrobots, and smart dust—tiny, untethered systems that demand compact yet powerful energy storage. Kuehne’s most notable contribution is the creation of picoliter-scale zinc-air microbatteries, a breakthrough that addresses a critical bottleneck in microscopic autonomy: the incompatibility of conventional battery materials with microfabrication techniques. By engineering these microscale batteries, he has demonstrated that energy densities sufficient for real-world operation can be achieved at volumes smaller than a nanoliter. His 2024 paper on this topic has already garnered 14 citations, signaling strong interest from the robotics and materials science communities. Kuehne’s work, including his earlier 2022 study laying the groundwork for colloidal robots and state machines, is helping to close the gap between visionary concepts like smart dust and practical, energy-autonomous microsystems. For students and researchers, his research represents a vital step toward making microscopic machines truly independent and functional.
Research Focus
Key Achievements
Top Papers
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