This super strong may bring us closer to lifelike robots.
This super strong artificial muscle may bring us closer to lifelike robots.
This super strong may bring us closer to lifelike robots.
This super strong artificial muscle may bring us closer to lifelike robots.
O,.,o soft exosuit o.o
A lightweight, flexible exosuit pulls on your muscles as you move to make you more efficient.
Dreams of human immortality may remain so, but extending our lives beyond 100, even 150 years, can soon become a reality. ‘The Future is Now’ explores ground-breaking technology that might help us to slow down the ageing process and overcome our physical limitations.
3D-printing of brand new human organs, controlling bionic prosthetics with your mind, or invading your body with disease-fighting microrobots. Hosts Kate and Talish bring you the latest developments in biomedical engineering.
Continue reading “The Future is Now. Biomedical advances that will change the human body” »
This bionic fingertip can restore the sense of touch for amputees.
The researchers are hoping the extremely light material could be used to construct lightweight exoskeletons and shape-shifting “Terminator 2”-style robots, New Scientist reports.
Glass Beads
Continue reading “Scientists Want to Build Robots out of Floating Liquid Metal” »
A lightweight liquid metal alloy that is less dense than water could be used to make exoskeletons and transformable flexible robots.
Approach could make manipulating a prosthesis more natural, precise, and reliable.
A young Star Wars fan and amputee has received an R2-D2 bionic limb and a phone call from Luke Skywalker himself.
Bella Tadlock, from Tallahassee, Florida, raised almost 14,000 dollars (about £11,000) for her bionic hero arm, created by Bristol company Open Bionics.
The 11-year-old started a fundraiser that first caught the eye of actor Mark Hamill in November — Hamill, who played Luke Skywalker in the Star Wars movies, retweeted her appeal to his 3.6 million followers.
With a small zap of electricity, biomedical engineers at Michigan Technological University take an underwater smart glue prototype from sticky to not in seven seconds.
Turning adhesion on and off is what makes a glue smart. It’s one thing to do this in the open air and quite another under water. Inspired by nature, catechols are synthetic compounds that mimic the wet-but-still-sticky proteins secreted by mussels and offer promise for smart adhesives that work in water. The technology could help with underwater glue, wound dressings, prosthetic attachments or even making car parts and in other manufacturing.
Continue reading “Engineers zap and unstick underwater smart glue” »