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About

Yaron Veksler is a rising researcher at the forefront of soft robotics and adaptive materials, whose work reimagines how structures can grow, morph, and navigate. His primary research areas span multi-stable metamaterials, fluid-driven actuation, and autonomous robotic navigation in hostile environments. Veksler’s most notable contribution is the development of a "growing" soft material based on constrained, straw-like multi-stable elements—a concept published in 2023 that has already garnered 10 citations for its potential in search-and-rescue and minimally invasive surgery. He further advanced the field with a reprogrammable 3D-shape metamaterial inspired by protein folding, demonstrating how 1D structures can be reconfigured into complex 3D shapes. His 2024 work on fluid-driven director-field design, featured in *Advanced Materials*, introduces a modular platform of interconnected multi-stable tubes that deploy into desired shapes on demand—a breakthrough for deployable structures and space exploration. With additional contributions to evasive navigation for autonomous robots in unknown environments, Veksler is shaping a future where materials and machines adapt intelligently to their surroundings.