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About

Marco B. Quadrelli is a visionary aerospace engineer and roboticist whose research spans an extraordinarily diverse frontier, from liquid-state robotics and quantum systems to deep-space exploration technologies. His most influential contribution, "Smart Fluid Systems: The Advent of Autonomous Liquid Robotics" (2017, 115 citations), introduced the groundbreaking concept of colloidal and fluid-based robotic devices inspired by biological systems, capable of shape-changing and operating in extreme planetary environments — a paradigm shift that bridges soft robotics and autonomous systems. Building on this, his "Colloidal Energetic Systems" (2018) further expanded the theoretical and practical framework for these novel platforms. Quadrelli has also made significant contributions to space infrastructure, co-developing the conceptual design for the Lunar Crater Radio Telescope on the Moon's far side, which promises to unlock previously inaccessible ultra-long-wavelength observations of the early universe. His work on quantum mechatronics and cooperative unmanned autonomous systems demonstrates a rare ability to synthesize emerging quantum technologies with classical engineering challenges. Additional contributions in spacecraft formation dynamics, asteroid retrieval, and planetary guidance systems reflect the remarkable breadth of his applied research, cementing his reputation as a pioneering figure at JPL and in aerospace engineering broadly.