Pau Guillamat

Barcelona Institute of Science and Technology, Institute for Bioengineering of Catalonia

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About

Pau Guillamat is a rising leader in the emerging field of active matter and living materials, with a research focus that bridges biophysics, soft matter, and synthetic biology. His major contributions center on engineering cellular tissues as programmable, shape-morphing systems—a concept he has pioneered through the development of "living surfaces" that autonomously change form. In his most-cited works, Guillamat demonstrates how cellular nematic elastomers can be guided into predetermined architectures, offering a powerful platform for synthetic morphogenesis and soft robotics. By harnessing the intrinsic self-organizing and force-generating capabilities of living cells, his research provides a blueprint for controlling tissue mechanics with unprecedented precision. Though early in his career, his work has already garnered attention, with his top papers accumulating citations that signal growing influence in the field. Guillamat’s achievements include laying the groundwork for shape-programmable living materials that could one day enable autonomous tissue repair, adaptive biomedical devices, or bio-inspired soft robots. For students and researchers, his work represents a compelling fusion of fundamental physics and applied bioengineering, opening new avenues for designing life-like, responsive materials.