Sci Robot July 2018 PMID 33141728

Rotary-actuated folding polyhedrons for midwater investigation of delicate marine organisms.

Zhi Ern Teoh, Brennan T Phillips, Kaitlyn P Becker, Griffin Whittredge, James C Weaver, Chuck Hoberman, David F Gruber, Robert J Wood

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Mentions

104

Peak: 3 in Nov 2021

across 5 sources since Jul 2018

Extended reach

34,463

potential audience

Total likes

331

Video views

28,907

Mentions per month

Jul 2018 – Nov 2021

Where it's discussed

News89 articles
Blogs9 articles
X / Twitter3 posts
Facebook2 posts
YouTube1 videos

AI synopsis

What people are saying

The discussions highlight the innovative nature of the folding polyhedrons, with examples like the use of origami-inspired mechanisms and deep-sea testing at great depths, which emphasize both the novelty and practical applications. The tone balances admiration for the technology's sophistication with interest in its broader implications, indicating a positive and engaged sentiment.

AgreementModerate agreement

Most discussions acknowledge the innovative design and potential of the foldable polyhedrons, supporting their usefulness for deep-sea research.

InterestHigh interest

The subject of delicate marine organism collection and advanced robotics naturally attracts high curiosity among readers interested in marine biology and technology.

EngagementModerate engagement

Posts reference specific features like gentle scooping and origami inspiration, indicating a moderate level of detailed engagement.

ImpactModerate impact

There's recognition of the device's potential impact on both marine research and possible technological applications beyond biology, though it’s mostly speculative at this stage.

Abstract in brief

The study introduces large-scale, rotary-actuated folding polyhedra designed to rapidly and non-invasively enclose delicate marine organisms, using a simple external linkage and a single rotary motor for operation.
The device, based on a dodecahedron net, has been successfully tested underwater to depths of 700 meters and is built to withstand pressures at full ocean depth of 11 km, demonstrating its durability for deep-sea exploration.
The researchers see potential for broader uses of these folding polyhedra beyond marine biology, including deployable habitats, satellite solar arrays, and miniature origami-inspired systems for various terrestrial and space applications.]

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All mentions

Advanced robotic claw for non-harmful deep-sea organism collection

This robotic claw can gently scoop delicate sea creatures without damage. Based on innovative folding polyhedra, it is tested at depths of 700 meters and designed for extreme pressures, promising advancements in marine…

Science Magazine · Jul 18, 2018 28,907 views

RobotConsumer

@RobotConsumer · X

RT @VRodriguezPhD: Scientists studying the #deepSea have built an underwater robot that can gently scoop up delicate fish, squid, and even…

Nov 15, 2021 · 2 shares · 3,969 followers View post →

Nobody

@askN0B0DY · X

RT @VRodriguezPhD: Scientists studying the #deepSea have built an underwater robot that can gently scoop up delicate fish, squid, and even…

Nov 15, 2021 · 2 shares · 1,163 followers View post →

Virgilio Rodriguez

@VRodriguezPhD · X

Nov 15, 2021 · 1 like · 2 shares · 413 followers View post →