Technology continues to advance at a tremendous pace in a wide variety of fields. Robotics is one of the areas where important technological developments have taken place recently. Scientists working in this field have recently managed to develop robotic limbs that adapt almost perfectly to the human body. In this direction, some scientists believe that in the future, humans can “integrate” with robots. While it may seem like this is only possible in sci-fi movies, recent research suggests that we may have “extra arms” or other limbs in the near future. Let’s look at the details together.

Recently, there have been significant changes in robotics.

For example, a scientist named Dani Claude at the Cambridge Plastics Laboratory recently managed to create a thumb by combining 3D printing and robotics technology! Moreover, this thumb can act as a natural part of the human body and can be used quite easily.

A product called “third thumb” is attached to the human body from the palm or wrist and works with the rest of the fingers in an organized way, like a natural limb.

The main goal of robotic limb research is to create an alternative for people with certain disabilities or who need additional limb functionality.

Dani Claude, who has done important work in this area, said:If you’re missing a limb, why not enlarge the healthy part instead of trying to replace it? so you can do more with it” uses expressions. Thus, these limbs can play a very important role for people with certain disabilities. In addition, it is argued that robotic limbs can cause significant changes in daily life.

Tamar Makin, professor of cognitive neuroscience at the University of Cambridge, gives vivid examples of the use of robotic limbs in everyday life.

car, “If you want to have an extra hand to stir the soup while cutting vegetables, you may have a choice.”, he makes an interesting statement about the areas of use of this unusual technology.

However, Makin believes that robotic limbs in general, and a product called “third thumb” in particular, will directly impact some sectors. According to Makin, the “extra thumb” can also be useful for waiters carrying many plates at once, or construction workers trying to hammer nails while holding the beam still. However, there is a very interesting reason why robotic limbs have not yet received sufficient distribution.

Limb prostheses often work with brain-computer interfaces.


In other words, an implant must be placed in the brain of a person who wants to have a robotic limb. This has been called one of the biggest barriers to widespread technology adoption. But scientists from the University of Cambridge, who managed to create a third thumb, have developed an innovative system that works on the principle of robotic limbs.

The third thumb works by connecting to pressure sensors under the user’s big toe.


Thus, the use of a robotic limb becomes much easier. Makin claims that with this method, 600 people aged 3 to 97 were able to use the device within the first minute.

Given recent events, we may have additional weapons in the near future!


According to some scientists, thanks to the incredible development of technology, it is not surprising that in the near future people will walk the streets with extra limbs!

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