Robotic Human Brain Interfaces

Missing Results Graph This article aims to introduce cutting edge biotechnology and advancement of neurophysiology of the hybrid brain machine interface (HBMI). This study gave a way to its potential application and a glimpse of prosthetic and sensory use. This study demonstrates the growing knowledge of our science by integrating various scientific disciplines such as neuroscience, mathematics, biotechnology, neurophysiology, robotics, and computer science.

Awkward technicians such as Ray Kurzweil and Hans Moravec but clever and skilled inventors believe that human interface of future human genetic and robotic interfaces in which the interface between the brain and computer is connected to the central nervous system I told you. In addition, the human robot of "human" after a superhuman computer and human being is downloaded to the microchip through the biological digital version of "human consciousness" of the predecessor of human beings. "... ... By 2045, I set a date of singularity, which represents a serious and devastating change in human ability.Civilization We are more concerned with biology than human beings It is 20 years of this century and it is highly dispersed in the environment

The purpose of Neuralink is to develop ultra-wideband brain-computer interface (BMI) for connecting people and computers. Since humans can process and receive information as fast as robots, robots and humans are at the same level. From this perspective, experts can be divided into two alliances. One is to fight for robots and the other is BMI. One of the frontiers of BMI is BrainCo and BrainRobotics founded by Bicheng Han of the University of Hobbit. Their goal is concentrating on giving power to the human brain. Personally, the development of robots will not stop because of the potential dangers to humans such as atomic bombs and nuclear power. However, companies like Neuralink have made it possible to raise automation to a new level