HAL [Hybrid Assistive Limb] is the world’s first technology that improves, supports, enhances and regenerates the wearer’s physical functions. Made by Cyberdyne 2018.
In this video a woman in a wheelchair since childhood because of polio walks again.
Click visits the Cyberdyne company in Japan, who are manufacturing HAL (Hybrid Assisted Limb) exoskeleton’s.
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All four participants were able to send out neural signals.
Medical technology company Synchron published in a press release on Monday the results of a clinical study that saw paralyzed patients effectively send out neural signals via an implantable brain-computer interface.
The study highlighted the long-term safety results from a clinical study in which four patients with severe paralysis implanted with Synchron’s first-generation Stentrode, a neuroprosthesis device, were able to control a computer.
A team of researchers at the Korean Advanced Institute of Science (KAIST) has succeeded in developing a new artificial muscle using graphene-liquid crystal composite fibers.
The team, led by Professor Kim Sang-ouk of the Department of Materials Science and Engineering, stressed that the artificial muscle was found to be the most similar to human muscle among those reported to the scientific community so far.
Also, the artificial muscle showed up to 17 times stronger strength when compared to human muscles.
We flew to the UK to learn more about the designer 3D-printing third thumbs. Is this the dawn of human body augmentation?
Watch the Hard Reset series ► https://www.youtube.com/playlist?list=PLXthoedLVIdLvnNgiCshQvqKdS7T_qeGY
Motorized prosthetics are nothing new. But what about artificial body parts that don’t replace missing ones, but instead provide us with extended capabilities, while also revealing insights into the relationship between brain and body?
That’s the main research focus of augmentation designer Dani Clode, who developed the Third Thumb, a 3D-printed extension for your hand that is controlled by your toes.
Through collaborative neuroscientific research with The Plasticity Lab at University College London & Cambridge University, Clode and her colleagues hope to better understand how the brain adapts to augmentation, learn more about the limits of neuroplasticity, and explore how to best utilize it to improve the control and usability of prosthetics and augmentative devices.
Watch on Freethink.com ► https://www.freethink.com/series/hard-reset/bionic-third-thumb.
It is the first bionic hand with a multi-touch feedback feature and boasts a 32-grip pattern.
Psyonic, a bionic device manufacturer, presented the Ability Hand at CES 2023, the world’s first touch-sensing bionic hand. The hand can feel the things it holds, even the most delicate objects. It is a bionic prosthetic device, and the company aims to deliver it to more people than ever.
Psyonic.
The product is the first bionic hand with a multi-touch feedback feature. It weighs only 490 grams, which is 20 percent less than the average human hand. It has a 200-millisecond closing speed that makes it faster than any other bionic hand available on the market. It means it closes its fingers at a lightning-fast speed that shows its capability to grasp things faster than other bionic hands.
A company has donated 350 of Smit’s, the biomechanical engineer behind the design, 3D-printed prosthetic hands to war victims in Ukraine.
Delft University of Technology (TU Delft) researchers designed laser-cutting 3D-printed prosthetic hands for Ukranian war victims. Thanks to laser-cutting technology, war victims get their prosthetic limbs more easily. These prosthetic hands are in use in India, and Indian company Vispala donated 350 of Smit’s 3D-printed prosthetic hands to war victims in Ukraine, according to the TU Delft.
Designed by biomedical engineer Gerwin Smit, the so-called “Hundred Dollar Hand” is very cheap to produce. Smit’s artificial hand offers a sturdy and trustworthy option because 80 percent of persons who require a prosthetic hand reside in nations with few resources. Delft-produced 350 prosthetic hands donated to Ukrainian War wictims.
German Bionic.
German Bionic was a pioneer in the field of wearable suits when it became the first firm to introduce connected exoskeletons for workplaces. The suit supports users in lifting movements and prevents poor posture. The award-winning Cray X exoskeleton, which is featured in the CES 2023 “Best of Innovation” (Wearable Technologies) category, will be available for demonstrations at the event from January 5–8.
Researchers from the Korea Advanced Institute of Science and Technology (KAIST), Pusan National University and CNRS have developed an artificial muscle that is 17 times more powerful than that of humans. The muscle made of graphene-liquid crystal elastomer-based fiber bundles will reportedly be commercialized through a Korean company. Image The main factor that hinders the development of high-performance artificial muscles is that scientists are not able to mechanically select a certain part of the artificial muscle to contract and expand. Large and bulky artificial muscles are not accurate enough.
A company has donated 350 of Smit’s, the biomechanical engineer behind the design, 3D-printed prosthetic hands to war victims in Ukraine.
Delft University of Technology (TU Delft) researchers designed laser-cutting 3D-printed prosthetic hands for Ukranian war victims. Thanks to laser-cutting technology, war victims get their prosthetic limbs more easily. These prosthetic hands are in use in India, and Indian company Vispala donated 350 of Smit’s 3D-printed prosthetic hands to war victims in Ukraine, according to the TU Delft.
Designed by biomedical engineer Gerwin Smit, the so-called “Hundred Dollar Hand” is very cheap to produce. Smit’s artificial hand offers a sturdy and trustworthy option because 80 percent of persons who require a prosthetic hand reside in nations with few resources. Wetenschap/YouTube.
From cyborgs to the Sugababes, IT expert Robert Anderson talks about a world where the line between humans and machines becomes blurred. Drawing on his personal experiences of facing prejudices and bigotry while growing up, he shares his insight on how we can avoid repeating the mistakes of the past in order to create a society where humans and transhumans can live together in an open and equal manner. He urges us to take action now because as he says, “Transhumanism is coming and it’s coming sooner than you think. We cannot afford to have the fear of the other rule this world.“
Robert Anderson has been interested in how technology can improve humans’ lives ever since he can remember. He started programming computers at age 10 and has been working in IT for the past 20 years with blue-chip companies to develop IT strategies and roadmaps.
Robert says he likes how ‘TEDxFolkstone cares about developing a group of people who are speakers, not just about people who are doing TED talks.’
He lives in Ashford and is happily married with four children who are ‘a delight to be around’. This talk was given at a TEDx event using the TED conference format but independently organized by a local community.