Mengyue Sun
Papers
2
Total Citations
23
H-Index
2
About
Mengyue Sun is an emerging researcher working at the intersection of soft matter physics, surface science, and fluid mechanics, with a particular focus on underwater contact mechanics and adhesion dynamics. Her work challenges conventional thermodynamic intuitions about hydrophobic and hydrophilic surface interactions, demonstrating that the presence of water fundamentally alters not just the energetics but the dynamic pathways through which surfaces reach contact. In her most-cited study, "Attractive Forces Slow Contact Formation Between Deformable Bodies Underwater" (2021, 21 citations), Sun reveals a counterintuitive finding: attractive forces between hydrophobic surfaces can actually impede the speed of contact formation by coupling fluid drainage with solid deformation in complex ways. Her complementary work on soft-hard collisions further explores how adhesive forces create barriers to underwater contact, bridging theoretical predictions with experimental observations of real material systems. Though early in her career, Sun's research has already begun reshaping how scientists think about wet adhesion — a topic with broad implications for biomimetic materials, underwater robotics, and biological systems where surfaces routinely interact in aqueous environments. Her findings invite a deeper reconsideration of how dynamic processes, not just equilibrium states, govern material behavior.
Research Focus
Key Achievements
Top Papers
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- 2