Shengyi Jin
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About
Shengyi Jin is a planetary geomechanics researcher whose work directly supports China’s lunar exploration program, most notably the Chang’e 6 mission. His primary research focuses on the mechanical behavior of lunar regolith, specifically the interaction between sampling instruments and the Moon’s surface. Jin’s most cited work, “Surface Sampling Depth Prediction on the Far Side of the Moon Based on Contact Indentation” (2025), provides a critical framework for determining how deeply a lander’s sampling tools can penetrate the lunar soil. By using contact indentation theory and data from the Chang’e 6 lander, which touched down on the edge of the Apollo Crater in June 2024, Jin’s study predicts the mechanical parameters of the far side’s regolith—a key factor for successful sample collection. This contribution is foundational for future missions requiring precise, autonomous sampling in unknown terrains. While his citation count is still growing, Jin’s work has immediate, high-stakes applications in space exploration, bridging geotechnical engineering and planetary science. His research ensures that robotic missions can reliably gather pristine material from the Moon’s most challenging environments.
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