Artificial eyes?

The guests and media reporters in the audience suddenly became agitated, not only that, but also the live broadcast rooms of various platforms that were broadcasting the conference.

That's right, artificial eyes. Wu Hao repeatedly confirmed: "Is it possible for us to create such an artificial eye to help or replace our original eye, to help the blind to restore the light."

Having said this, Wu Hao paused, and then continued: "In fact, it is very different from what everyone thinks. Artificial eyes are actually not complicated. In other words, artificial eyes have already been implemented. It is not what we are using. Various cameras, cameras?

Our eyes are not the same as these cameras, cameras, and other light-sensitive shooting equipment. "

When his words fell, the audience became more noisy, and almost everyone began to discuss.

As for Wu Hao, he smiled when he saw it, then spread his hands and said, "Yes, it's not uncommon and not complicated.

The real complexity is not the artificial eyes themselves, but how the artificial eyes transmit visual images to our brains.

This is the artificial vision system currently being studied in the medical field and how to restore vision to people who have been blind.

In fact, the treatments for blind patients with different diseases are also different. For example, some cataract patients can undergo cataract surgery to remove them and replace the intraocular lens, so that these cataract blind patients can regain their brightness.

For some blind patients with missing cornea or corneal diseases, as long as there is a suitable cornea and a donor, these blind patients will be bright again.

There is also an artificial iris technology, which can also be used to treat some diseases of iris loss to help these patients regain their light.

However, the above three diseases are all built on a basis, that is, based on the patient's visual transmission pathway and the visual center without dysfunction.

Simply put, we divide the glasses into two parts, namely the surface of the eyeball and the fundus. Symptoms on the surface of the eyeball can be treated with some surgery, and there is a great chance that it will be restored to light.

However, once there is a problem with the fundus of the eyes, the blind patient will lose the light completely and be plunged into darkness forever.

For example, our common retinal detachment, optic nerve damage and other diseases will cause irreversible visual damage. Of course, it also includes some patients whose eyes have suffered great damage, and these people are also irreversible.

And another artificial vision technology is called'electrical stimulation of the visual center technology'. Simply put, it is to stimulate the optic nerve through the microelectrode group through the digital picture obtained by the artificial eye. When the resulting optic nerve signal reaches the brain, the patient can "see" the image again.

At present, this kind of electrical stimulation of the visual center technology has started some clinical treatment experiments, which can allow some completely blind patients to see some fuzzy outlines of the picture.

With the development of technology, the outline of these blurred images will become clearer and clearer. "

Having said that, Wu Hao adjusted his tone and said: "The technology we are going to introduce to you today is actually very similar to this kind of'electrical stimulation of the visual center technology', but it is also very different.

As you all know, we have a certain accumulation of research in neuro-bioelectric signal control technology and idea control technology.

Of these two technologies, one is to use the bioelectric signals produced by the brain transmitted by the motor nerves to capture and identify, thereby controlling related equipment.

Another idea control technology is to use the brain waves emitted by the brain to capture and recognize, thereby controlling related equipment.

Both of these technologies are outputs, which control external devices by capturing brain thoughts and commands.

So do we have a technology that allows our brain to perceive the outside environment, or we can develop an artificial sensory system?

So we focused on the bioelectric signals transmitted by the nerves, then how do we simulate these optical nerve signals transmitted by our visual nerves, and accurately and completely transmit them to the visual center of our cerebral cortex, Form a vision.

After confirming the goal, we immediately started related scientific research public relations. The whole process was not smooth and even difficult.

Although there were related assumptions and technical demonstrations in the past, they played little role in our project research. We can only start all over again.

First of all, it is the basic theoretical research. In this regard, we have invited many domestic experts in ophthalmology, neurosurgery and brain to discuss and research together, and set up a related theoretical research team to provide theoretical support for our subsequent research.

Secondly, we have to recruit experts and technical talents in related fields to carry out related technical research.

In addition, we intend to include this project in the company's five-year plan or even a ten-year plan to prepare for a protracted battle.

Regarding this project, none of us knows when it will produce results. "

Having said this, Wu Hao adjusted his breath, then looked around at the crowd, and then continued.

In fact, the biggest problem facing the entire project development team is not the problem of the project itself, but how to ensure the safety of the experiment.

As you all know, different from the output of mind control technology and motor nerve bioelectric signal control technology, this artificial eye project we are doing is input from outside. In other words, inputting external data into the brain, for example, will bring certain risks.

We must ensure that the relevant tests are safe enough before we can test them in the face of our volunteers.

Whether this technology is safe or not, will UU reading www.uukanshu.com cause damage to the human brain, will long-term wearing will bring some adverse effects, etc. We have no reference material in this regard, so we cannot make an assessment.

So all of our intelligence starts from the beginning, and tests on animals, such as mice, rabbits, pigs, monkeys and so on.

By observing the testing of this technology on these animals, the safety of the equipment and the testing process on the vehicle can be evaluated.

Despite the difficulties, we still achieved unexpected results in the research of this project.

Next, I will show you our relevant research results. Some animal experiments will be mentioned.

Here I want to make a simple explanation first, that is, all our experiments are performed in accordance with strict procedures, and all animals used for experiments also come from legal sources.

Experiments on animals may seem cruel and inhumane, but this is a common method used by the medical industry all over the world and is driving the huge advancement of current medical technology.

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