Researchers from the University of Texas have given birth to the robot jellyfish -- or, 'Robojelly' -- and the sea critter can theoretically live forever as long as it's underwater.
It is made of artificial muscles and, as shown in the video, moves quite gracefully when in water. This invention could be used for various underwater endeavors, from entertainment to military missions. It acts just as a jellyfish would by the way it maneuvers through water. From afar, the robot jellyfish would blend in perfectly with sea life and fool any avid water watcher. The above video depicts Robojelly in a water tank and opens doors for robots that can power themselves through self-sustaining electricity.
What's Driving This Trend
- Artificial Muscles
- Disruptive innovation opportunity: Develop new applications for artificial muscles in various industries such as healthcare, robotics, and manufacturing.
- Underwater Robotics
- Disruptive innovation opportunity: Explore the potential of underwater robotics in fields like exploration, environmental monitoring, and underwater construction.
- Self-sustaining Energy
- Disruptive innovation opportunity: Invent technologies that enable self-sustaining energy sources for underwater robots, expanding possibilities for long-term missions and applications.
Who This Affects Most
- Healthcare
- Disruptive innovation opportunity: Apply artificial muscles technology to develop more advanced prosthetics and assistive devices for improved patient mobility.
- Robotics
- Disruptive innovation opportunity: Utilize underwater robotics for tasks such as deep-sea exploration, underwater archaeology, and maintenance of subsea infrastructure.
- Energy
- Disruptive innovation opportunity: Innovate self-sustaining energy solutions for underwater applications, reducing dependence on external power sources and enabling longer missions.
