Daniel Aguilera

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About

Daniel Aguilera is pioneering the next generation of bio-inspired soft robotics through his innovative work on artificial muscles. His research centers on the intersection of nanomaterials and green chemistry, with a particular focus on developing high-performance, environmentally sustainable actuators. Aguilera’s major contribution lies in his creation of bio-friendly artificial muscles using commercially available coiled carbon nanotube (CNT) yarns coated with novel eutectogel derivatives. By ingeniously incorporating deep eutectic solvents (DES) into polyanionic and polycationic gel coatings, his 2025 study introduced a solid-state actuation system that is both powerful and non-toxic—a critical step toward safe human-machine interfaces. While still early in its impact, this foundational work has already garnered attention, accumulating 3 citations and signaling strong interest from the soft robotics and materials science communities. Aguilera’s approach elegantly solves the longstanding challenge of combining high actuation performance with biocompatibility, positioning his research at the forefront of sustainable smart materials. His work promises to enable a new class of implantable medical devices, wearable assistive technologies, and eco-friendly robotic systems that can safely interact with living tissue.