Is it feasible for Musk to try digital immortality and preserve human memories through consciousne

Musk tried "digital immortality", and the way to achieve immortality through consciousness upload is unrealistic, so it is better for us to seek truth from facts. <>

According to the information that Musk has mentioned many times on social platforms this year, Musk is currently working on robot carriers, which means that Musk has been seeking a way to immortalize life, and the manufacture of bionic robots is a way to seek a carrier of consciousness. However, it is doubtful and questionable whether it is possible for consciousness to achieve immortality through uploading, after all, consciousness is not the same as memory, consciousness is a collection of memories and emotions, and it is impossible to store and eventually reproduce through electronic data in a short period of time.

1. Musk tried the <> of "digital immortality".

When Musk responded to a question from others, Musk was already trying to live forever digitally, and at the same time, he had uploaded all his memories to the cloud and tried to have a conversation with this analog person in the cloud. According to Musk's statement, it is not difficult to find that Musk is working on the next step of brain technology, but we do not know whether Musk is doing this for commercial interests or for himself to be able to gain eternal life. At present, many brain technologies are used for some diseases, but no one has thought about achieving personal immortality, not to mention that digital immortality is a questionable problem at present, which is naturally more difficult.

Second, it is difficult to implement the <> of preserving human memory through consciousness transmission

According to the current level of science and technology and the composition of consciousness, it is difficult to preserve human memories through consciousness uploading. From the point of view of science and technology, at present, computers can analyze some of people's emotions, but they can only be stored in the form of messages, but whether artificial intelligence can analyze personal emotions and some consciousness problems through computer data, this is a questionable thing. From the perspective of the composition of human consciousness, consciousness is not just a collection of skills, consciousness is a complex product of skills and emotions, which means that it is quite difficult to store and analyze data.

Combining these two points, it is not realistic to preserve human memory through consciousness transmission at present, and we must recognize the reality and wait for scientific and technological progress to think about this kind of thing.

It is not feasible from the current science and technology, and the "storage container" required for consciousness upload is still in the research and development stage, this "container" can not only be a large U disk, but a virtual human brain, which can not only store memories, but also need to "think" like the human brain, so as to achieve low power consumption, easy learning at the same time, but also have autonomy and cognitive ability.

I think it's feasible, after all, human memory is also "data" generated by the nervous system, and it is possible to preserve it through biological means.

Try it, after all, the future is through exploration and innovation, and opening up a new century requires bold ideas.

In the development of his own business map, his own scientific and technological atmosphere largely comes from his unique growth environment. In layman's terms, the ultimate goal of "brain-computer interfaces" is to replace the millions of years of human beings who have perceived various information by seeing, hearing, and touching**. By establishing more direct channels of information exchange, our brains and external environment can receive signals directly at the conscious level, sending and communicating with them at a deeper level.

The application scenario of BCI is when the body becomes a shackle to consciousness, so BCI is more inclined to solve real suffering. The "storage container" required for consciousness uploading is still in the research and development stage. This "container" must be a virtual human brain, which can not only store memories, but also needs to "think" like the human brain, with autonomy and cognitive ability.

The performance of the memory chip closest to the brain is still quite far behind the computing power of the brain.

Brain-computer interfaces are invasive and non-invasive. Both methods have their own advantages and disadvantages. Invasive methods are more accurate and can encode more complex commands, such as three-dimensional motion, but surgical trauma is unavoidable; Although scalp patches with non-invasive electrodes are convenient and do not require craniotomy implantation, the range and accuracy of EEG signals that can be detected are limited.

Initial research into brain-computer interfaces began with spinal cord injury, and the current technology is mainly used in patients with spinal cord injury.

Artificial intelligence has become an important part of Facebook's business。And regularly publish the research results on its official website. Last week, many** reported that two chatbots that had "rebelled" against the established English settings and communicated in their own language had been shut down.

However, industry insiders later clarified. When the chatbot started chatting with Morse code-like ciphers, the lab didn't kill the project, but instead fixed a bug in the software that allowed the bot to speak in a more human-like way, allowing researchers to decipher their own findings.

In fact, his love for science and technology can not be explained in one or two sentences, because he was born in such a family when he was a child, and later dealt with science and technology for a long time.

He is particularly keen on cutting-edge technology, and he also thinks that the development prospects of this technology are particularly good, so he wants to learn these things.

Musk is very concerned about these cutting-edge technologies, and he also hopes to invest in them with his own funds to achieve better development.