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CU Boulder Tests 'Cyborg' Jellyfish as Steerable Platforms for Ocean Research

Pacemaker-like implants now steer moon jellies on command to lay groundwork for low-cost climate sensing.

Overview

  • Researchers fitted moon jellyfish with microelectronic stimulators that trigger swim contractions, allowing controlled turns and direction changes.
  • The team aims to integrate temperature, pH, and visual sensors so the animals can carry instruments into hard-to-reach parts of the ocean.
  • A late-July study in Physical Review Fluids detailed biodegradable tracer particles that visualize jellyfish-driven flows while reducing toxicity in lab work.
  • Ethical monitoring continues as the lab reports healthy, reproducing jellies and refines methods to minimize stress during research.
  • Initial open-water steering trials occurred in 2020 off Woods Hole, and current efforts focus on improving control and preparing for future field deployments.