The idea of augmenting the human body with robotics may sound like science fiction, but recent advances in cognitive neuroscience and robotics suggest that the cyborg revolution is closer than we think. Researchers from the MRC cognition and brain unit at Cambridge University are exploring the integration of robotic parts into the human body, which could help enhance human productivity in ways we never thought possible.
One of the most notable examples of this technology is the 3D-printed thumb designed by Dani Clode, a designer who collaborated with Cambridge University. The thumb can be attached to almost any user’s hand and uses motors in the wrist, as well as sensors on the feet, to enable intuitive movement. In tests, 98% of subjects were able to use the thumb to move objects within a minute of trying.
Now, researchers are looking to expand on this approach to develop more than just an extra thumb. Tamar Makin, a professor of cognitive neuroscience at the MRC cognition and brain unit, suggests that an extra arm could be used in the kitchen to allow individuals to stir soup while chopping vegetables. Makin also notes that people who are missing a limb could have their intact hand augmented to allow them to do more with it.
The potential applications of this technology are vast. For example, a surgeon could control their camera while performing surgery with two hands. However, the integration of robotic parts into the human body raises concerns about the potential impact on natural bodily functions. For instance, when repurposing foot movements to communicate with a robotic thumb, we need to ensure we do not degrade any of the body’s natural abilities.
Researchers are exploring ways to make the integration of robotic parts into the human body feel more natural. They hope to develop technology that individuals can control precisely without having to articulate exactly what they want. While there is no indication of when this technology will be available to the masses, the potential for augmenting human bodies with robotics is immense, and the possibilities for increased productivity and functionality are endless.
The integration of robotic parts into the human body raises important philosophical questions about what it means to be human. As technology advances, we must consider the implications of augmenting our bodies and minds with machines. Will this lead to a new form of human evolution? How will it impact our sense of self and identity? These are important questions that we must explore since Cyberpunk Is Now
