Michael Levin is a Distinguished Professor in the Biology department at Tufts University, where he also holds the Vannevar Bush Professorship and serves as the Director of the Allen Discovery Center at Tufts. Additionally, he is an associate faculty member at the Wyss Institute for Biologically Inspired Engineering at Harvard University. His research uniquely combines developmental biology, computer science, and cognitive science to understand how cells and tissues make decisions, communicate, and cooperate to form complex anatomical structures. He is a world-renowned pioneer in the fields of developmental bioelectricity, regenerative medicine, and basal cognition, investigating how biological systems store and process information to achieve robust morphogenesis, repair, and even novel forms of computation. Levin's groundbreaking work on bioelectric signaling, unconventional computation in biological systems, and the co-creation of Xenobots challenges traditional views of biological information processing and has profound implications for understanding development, regeneration, cancer, and the potential for novel bioengineering and therapeutic applications.
Michael Levin's work history includes a series of influential roles in various companies. Here is a detailed list of his professional journey:
Leads a multidisciplinary team investigating the 'cracking of the morphogenetic code' – understanding how cellular collectives process information using bioelectrical and biomechanical signals to create and repair complex anatomical structures.
His lab has made seminal discoveries on the role of endogenous bioelectric networks in controlling cell behavior, pattern formation during embryogenesis, complex organ regeneration (e.g., limb regeneration in frogs), and cancer suppression. This work has opened new avenues for electroceutical therapies.
Co-led the interdisciplinary team that designed and built the first 'living robots' or Xenobots from frog stem cells, which can self-assemble, move, and exhibit collective behaviors. This research bridges AI, robotics, and developmental biology, demonstrating novel forms of biological plasticity and computation.
Awarded the distinguished Vannevar Bush Professorship at Tufts University, recognizing his outstanding and innovative contributions to research and scholarship in biology and beyond.
His work explores how all cells, not just neurons, can process information, make decisions, and learn, pushing the boundaries of cognitive science and opening possibilities for synthetic morphology and bioengineering without direct genetic editing.
Author of numerous highly cited peer-reviewed papers in leading scientific journals (e.g., Nature, Science, PNAS) and a sought-after speaker globally, significantly shaping the fields of developmental biology, regenerative medicine, and the study of unconventional cognition.
Rutgers University - Camden
University of Connecticut
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