Benjamin Choi, an American high school student, invented a low-cost artificial hand that can be controlled by the mind. The device, which is called the brain-computer interface (BCI), has the potential to help people with disabilities and even members of the military who have lost their hands in combat.
Choi was born without fingers on his left hand. He began using a BCI to control a robotic prosthetic hand when he was just 14 years old. Today, he is a sophomore at Harvard University and is currently working on creating a more affordable BCI system.
The brain-computer interface has the potential to help people with disabilities and even members of the military who have lost their hands in combat.
How Benjamin Choi’s Artificial Hand Works
The Benjamin Choi artificial hand is a breakthrough in prosthetic technology. It is the first low-cost, fully controllable prosthetic hand that can be operated by a mind.
The artificial hand was created by Benjamin Choi, an American high school student, as a way to help those who have lost their hands due to accidents or disease. The hand is made from plastic and metal and is fitted with sensors that allow it to be controlled by the mind. The hand can be used to grasp objects and is fitted with five fingers that are able to move independently.
The Benjamin Choi artificial hand has been praised as a major breakthrough in prosthetic technology. It is affordable and easy to use, making it ideal for those who have difficulty using traditional prosthetic hands. The hand has also been used by Ben Choi himself to perform different tasks, including playing the guitar and bowling.
Applications of Benjamin Choi’s Artificial Hand
Benjamin Choi has invented a low-cost artificial hand that can be controlled by the mind. This groundbreaking technology could have many applications, including aiding people with disabilities and helping soldiers in combat.
Choi’s artificial hand is made from inexpensive materials and can be easily assembled. It uses sensors to detect movement and feedback from the brain to control the fingers. This system is much more accurate than traditional prosthetic hands, which can often be difficult to use.
The artificial hand could have a big impact on the disabled community and society as a whole. It could help people with disabilities regain some level of independence and become more active members of society. In addition, it could help soldiers in combat fight more effectively without having to rely on their own muscles.
Conclusion
With a low price tag and the ability to be controlled by the mind, Benjamin Choi’s artificial hand has the potential to help those who have lost their hands in accidents or war. With prosthetic hands becoming more realistic and affordable, it is only a matter of time before artificial hands become widely available and accepted as equal partners with human hands.
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