Samuel Zamora

Consejo Superior de Investigaciones Científicas

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About

Dr. Samuel Zamora is a paleontologist whose research bridges the gap between ancient echinoderm evolution and modern biomechanics. His work focuses on understanding the locomotion and feeding strategies of early echinoderms, particularly during the Cambrian and Ordovician periods, approximately 500 million years ago. Dr. Zamora’s most notable contribution, detailed in his 2023 paper *"Soft robotics informs how an early echinoderm moved"* (14 citations), demonstrates an innovative interdisciplinary approach: he uses soft robotics to reconstruct the movement of extinct echinoderms that lack trace fossils or modern analogues. This work sheds light on the critical evolutionary transition from sessile suspension feeding to active mobile detritus feeding, revealing sophisticated locomotion strategies in early echinoderms. By integrating paleontology with robotics, Dr. Zamora provides a novel method for testing hypotheses about ancient animal behavior, offering insights into the functional morphology and ecological roles of these early organisms. His research has significant implications for understanding the evolution of mobility and feeding in early animal life, and his creative use of technology has positioned him as a leading figure in experimental paleontology.