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Jellyfish-like robots could one day clean up the world s oceans

Roboticists at the Max Planck Institute for Intelligent Systems in Stuttgart have developed a jellyfish-inspired underwater robot with which they hope one day to collect waste from the bottom of t .

Tianlu wangHyeong joon jooRobotic materials departmentMax planck institute for intelligent systemsIntelligence departmentMax planck instituteIntelligent systemsPhysical intelligenceRobotic materialsVersatile jellyfish like robotic platformEffective underwater propulsionPhysical intelligence departmentMax planck stuttgartEnvironmental protectionWater pollution

pulsating jellyfish robots can pick up and vacuum ocean trash using artificial muscles

the current flowing in the jellyfish robots allows them to collect objects and waste particles, and transport them to the surface.

Hyeong joon jooTianlu wangMetin sittiChristoph keplingerIntelligence departmentMax planck institute for intelligent systemsRobotic materials departmentMax planck instituteIntelligent systemsPhysical intelligence departmentShanyuan songMax planck stuttgart

Revolutionary underwater robot designed to remove waste from the ocean

Researchers pilot-test their jellyfish-inspired underwater robot to collect waste from the bottom of the ocean

Tianlu wangHyeong joon jooIntelligence departmentRobotic materials departmentPhysical intelligenceRobotic materialsPhysical intelligence department

Robot jellyfish snags plastic prey

Robot researchers have designed a jellyfish-inspired robot to help clean up the ocean waste, particularly litter on the ocean floor.

United statesTianlu wangHyeong joon jooMax planck institute for intelligent systemsHarvard universityMax planck instituteZhejiang university

Jellyfish-like robots could one day clean up the world s oceans

Stuttgart, Germany (SPX) Apr 26, 2023 - Most of the world is covered in oceans, which are unfortunately highly polluted. One of the strategies to combat the mounds of waste found in these very sensitive ecosystems - especially around cora

Hyeong joon jooTianlu wangMax planck institute for intelligent systemsRobotic materials departmentIntelligence departmentMax planck instituteIntelligent systemsPhysical intelligenceRobotic materialsVersatile jellyfish like robotic platformEffective underwater propulsionPhysical intelligence departmentMax planck stuttgartEarth newsEarth sciencesClimate change

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