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About

Dominic Vella is a leading figure in the mechanics of soft materials and elastic instabilities, with a particular focus on how buckling and snapping phenomena can be harnessed for engineering and biological applications. His work bridges fundamental physics and applied mechanics, most notably through his contributions to insect-scale robotics. In a landmark 2023 study, Vella and his team demonstrated how a dynamic buckling cascade enables legless jumping in robots inspired by click beetles and trap-jaw ants—achieving leaps over ten times their body length—a paper that has already garnered 69 citations. His 2019 work on "buffering by buckling" (66 citations) revealed how elastic deformation can be controlled to absorb energy, while his earlier 2008 study on floating objects with finite bending resistance (58 citations) provided key insights into load-bearing at fluid interfaces. Vella has also contributed to the design of deformable protein microcapsules templated by liquid-liquid phase separation, with applications in biomedicine and extracellular matrix modeling. His 2015 perspective in *Nature* on robot locomotion further underscores his influence. With a career marked by cross-disciplinary innovation, Vella continues to shape how researchers understand and exploit elasticity in nature and technology.