Mentions
Extended reach
Total likes
Video views
AI synopsis
These discussions praise the research for its biological inspiration and technical innovation, with examples like mentions of the 'reversible joint' and 'self-amputation' mechanisms, and words such as 'game-changing' and 'significant potential' reflect their high interest and perceived impact.
Most discussions support the innovation, highlighting its biological inspiration and potential, indicating general agreement with its significance.
The innovative concept of self-amputation and modularity sparks considerable curiosity, showing high interest.
Posts detail the technology and its applications, demonstrating thoughtful engagement with aspects like reversible joints and biological mimicry.
The discussions emphasize the transformative potential for robotics and bio-inspired machines, indicating a high perceived impact.
Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "allows for strong attachment and easy detachment of distributed soft robot modules without direct human handling. Credit: Bilige "Billy" Yang/The Faboratory https://t.co/Wu1nO0pbXi
The thermoplastic elastomer used to join the limbs of this soft robot allows for easy detachment when an electrical current is applied. Without direct human handling, the soft robot is able to 'self-amputate' a limb when stuck @TheFaboratory Learn more: https://t.co/MlrO5TEssc https://t.co/kCZ7xlLvyz
Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "allows for strong attachment and easy detachment of distributed soft robot modules without direct human handling." Mimicking the biological mechanisms of https://t.co/1NoZul9pFF
Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "allows for strong attachment and easy detachment of distributed soft robot modules without direct human handling. Credit: Bilige "Billy" Yang/The Faboratory https://t.co/yT5zp5bahL
Using thermoplastic elastomer, we make a reversible joint that "allows for strong attachment and easy detachment of distributed soft robot modules without direct human handling." Read more here: https://t.co/VCzEkXAmGp https://t.co/Ue7xBciBzX
Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "allows for strong attachment and easy detachment of distributed soft robot modules without direct human handling." Mimicking the biological mechanisms of https://t.co/3GEk08UHcd
A robot that survives by shedding its own limb mimics lizards. Developed by Yale University, it uses a special material that can melt when heated, enabling it to disconnect damaged limbs. This technology enhances…
This video explores self-amputating and interfusing machines made with thermoplastic elastomers. These robots utilize reversible joints for strong attachments and easy detachment, mimicking biological mechanisms…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "allows for strong attachment and easy detachment of distributed soft robot modules without direct human handling." Mimicking the biological mechanisms of https://t.co/3GEk08UHcd
Bilige Yang et al. Self-Amputating and Interfusing Machines: Crawler Demo https://t.co/ABvvI75YTy
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "allows for strong attachment and easy detachment of distributed soft robot modules without direct human handling. Credit: Bilige "Billy" Yang/The Faboratory https://t.co/yT5zp5bahL
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "allows for strong attachment and easy detachment of distributed soft robot modules without direct human handling." Mimicking the biological mechanisms of https://t.co/1NoZul9pFF
หุ่นยนต์อ่อนนุ่ม "ตัดและต่อขา" ของตัวเองได้ แรงบันดาลใจจากกิ้งก่าและมด https://t.co/E3UKxqnExU Self-Amputating and Interfusing Machines. doi:10.1002/adma.202400241
RT @AdvSciNews: The thermoplastic elastomer used to join the limbs of this soft robot allows for easy detachment when an electrical current…
RT @AdvSciNews: The thermoplastic elastomer used to join the limbs of this soft robot allows for easy detachment when an electrical current…
The thermoplastic elastomer used to join the limbs of this soft robot allows for easy detachment when an electrical current is applied. Without direct human handling, the soft robot is able to 'self-amputate' a limb when stuck @TheFaboratory Learn more: https://t.co/MlrO5TEssc https://t.co/kCZ7xlLvyz
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @TheFaboratory: Using thermoplastic elastomer, we make a reversible joint that "allows for strong attachment and easy detachment of dist…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
RT @WevolverApp: Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "all…
Self-amputating and interfusing machines: Using thermoplastic elastomer, the researchers made a reversible joint that "allows for strong attachment and easy detachment of distributed soft robot modules without direct human handling. Credit: Bilige "Billy" Yang/The Faboratory https://t.co/Wu1nO0pbXi
RT @TheFaboratory: Using thermoplastic elastomer, we make a reversible joint that "allows for strong attachment and easy detachment of dist…
RT @TheFaboratory: Using thermoplastic elastomer, we make a reversible joint that "allows for strong attachment and easy detachment of dist…
RT @TheFaboratory: Using thermoplastic elastomer, we make a reversible joint that "allows for strong attachment and easy detachment of dist…
RT @TheFaboratory: Using thermoplastic elastomer, we make a reversible joint that "allows for strong attachment and easy detachment of dist…
RT @TheFaboratory: Using thermoplastic elastomer, we make a reversible joint that "allows for strong attachment and easy detachment of dist…
RT @TheFaboratory: Using thermoplastic elastomer, we make a reversible joint that "allows for strong attachment and easy detachment of dist…
Using thermoplastic elastomer, we make a reversible joint that "allows for strong attachment and easy detachment of distributed soft robot modules without direct human handling." Read more here: https://t.co/VCzEkXAmGp https://t.co/Ue7xBciBzX
W
AN
T
MD
NH
MD
T
GP
KN
A
R
DN
IN
SK
CZ
A
JS
BP
VB
B
N
H
TS
C
S
ま
O
AT
BD
M
TN
IL
CS
LZ
A
M
J
S
ZA
J
R
DG
AV
N
マ
P
と
CN
M
WB
JB