What are the implications of a major breakthrough in brain computer interfaces for society and the f

Brain-computer interface, as the name suggests, is it possible to achieve this interface between the human brain and the machine, although it is claimed that some breakthroughs have been made, but no one knows to what extent this breakthrough has reached, because this is a very controversial technology, and it can benefit mankind if it is used wellIf it is mastered by some wrongdoers, then this will have a terrible impact. <>

One of the problems that has plagued people for a long time is the problem of memory, we need to remember some basic knowledge, such as language, we must at least remember some words, what kind of meaning it symbolizes, how to read English and remember words is also the truth, history, politics, geography These liberal arts things need to be memorized, physical chemistry is also inseparable from the basic formula memory, but people then have questionsIf you can't remember, you need to memorize it very intensively and repeatedly, so that you can remember, and it is only possible to remember, and you will forget it after a long time. <>

If this brain-computer interface really makes a huge breakthrough, one day in the future it means that human beings need now, but it can be directly input into other people's brains through this interface, just like some of our information is directly stored in the brain, as long as we need to be able to read it at any time, with the speed of human nerves, we can find the information we need almost instantly, then the learning cycle of people will be greatly shortenedThe knowledge learned will be greatly expanded, and every human being will become a very knowledgeable and wise man. Technology will naturally usher in a blowout development. <>

Trying to change the mechanism of the human brain is actually very risky, because in the early stage of these technical research, there must be experiments on animals, after all, animals and humans are always different, the first person to eat crabs is to take a lot of risks, no one knows what kind of risk will happen after really making this interfaceFor example, if someone else reads our memories, this possibility is entirely possible, not possible now, but possible in the future.

Human society will become more efficient as a result. Humans can transfer knowledge through computers and communicate with others through the Internet, much faster than they do today.

This level of scientific and technological breakthrough also means that the virtual reality game in the ** is not far away, transforming electronic information into information acceptable to the brain and then in turn, truly realizing human-computer interaction and creating a real virtual world.

In the future, it is good to transform people into cyborgs.

In recent years, brain-computer interface has become one of the hottest research directions in the world. In foreign countries, in July 2016, Elon Musk of the United States established Neuralink to devote itself to the research and development of ultra-high-bandwidth brain-computer interface systems.

In April 2019, the University of California, San Francisco, USA, implanted electrodes in the motor brain area of the volunteers' brains to complete the work of decoding brain waves and directly synthesizing speech in the brain. In October 2019, France manipulated the exoskeleton through epidural cortical electroencephalogram (ECOG) and wireless transmission to help paralyzed patients successfully achieve slow walking and pause.

In China, Zhejiang University was the first to set up an invasive brain-computer interface research team, mainly focusing on the sensory-motor circuit, following the research and dispersion route from one-way to two-way to closed-loop, from rat to monkey and then to clinic, forming a number of landmark achievements with first-mover advantages. For example, in September 2014, Zhejiang University completed the first study in China on a manipulator controlled by the mind of a clinical patient, which accurately and stably recorded the brain representation data of the patient's motor decision-making and fine motor control.

In January 2020, Zhejiang University released the world's first clinically invasive 3D motion control closed-loop brain-computer interface system for elderly volunteers, using a 72-year-old volunteer's brain-controlled manipulator to complete actions such as drinking, eating, and shaking hands.

You say that the brain-computer interface is even more unreliable than the metaverse, and there is no hope at the current level of technology.

It is still very promising and belongs to the emerging industry. There are a lot of great companies in this field at the moment. For example, the domestic Brainco Strong Brain Technology is specialized in the field of non-invasive brain-computer interface, and its products are good in meditation and **.

At present, the development situation is still not large, and some key technologies have not made breakthroughs.