Military Technology

Chapter 1604: This is to steal the doctor’s “job”

Although the image quality of this pair of smart bionic electronic prosthetic eyes is not up to the level of professional photography equipment, it is still very good. More importantly, they can restore sight to blind people and enable them to see clearly.

For these people, it doesn't matter if the picture quality is poor. What's more, the image quality is not bad. Although it is worse than professional photography equipment, the image quality is much better than the lenses on digital products.

Compared with this smart bionic electronic prosthetic eye, media reporters, including some guests who have come to visit, are more concerned about the smart brain-computer interaction chip displayed next to it that can be implanted in the fundus of the eye. Everyone is very curious about how brain-computer interaction can be achieved in such a small size. In particular, it can also achieve interconnection and transmit huge amounts of data, which is currently not possible with other brain-computer devices.

Of course, compared to these, many experts and scholars in the medical field who came this time were gathered in front of another equipment booth.

Through the glass, the experts were really staring at an intelligent multi-tentacle surgical robot inside that had not been displayed at the press conference. And this intelligent multi-tentacle surgical robot is conducting relevant surgical demonstrations independently.

I saw that this intelligent multi-tentacle surgical robot was running autonomously to perform a simulated surgery. Lying on the operating table was a simulated human torso for surgical demonstration. Under the gaze of everyone, this intelligent multi-tentacle surgical robot was very smooth. It is coherent and light. It is shown to be disinfecting and wiping the abdomen of the simulated human body, and then another tentacle presses on the disinfected abdomen, and then the third tentacle directly holds the scalpel and divides it into clean and neat cuts. In this simulation A surgical window of one to seven to eight centimeters is carved out on the abdomen of the human torso.

Then two tentacles held surgical instruments to open the wound, and several other tentacles stretched in at the same time. Through the camera on the tentacles, everyone can clearly see the situation inside the abdomen of this simulated human torso.

Everyone saw on the big screen that these two tentacles were very flexible and they rummaged around and explored the abdomen of the simulated human body. When a clearly different color is seen, the surgical robot detects it and begins surgery.

I saw them sealing off the upper and lower parts of the simulated necrotic intestine, disinfecting it, and then immediately resected it and took out the necrotic intestine. Then another tentacle stretched in, and then the upper and lower intestines that had been cut were connected together. Then this strange tentacle started to move quickly on the interface between the two intestines like a sewing machine moving needles on clothes. Needle up.

Oh, this window is so beautifully stitched. An old surgical expert who was watching the scene couldn't help but admired.

Another old expert wearing glasses stared at the close-up picture on the big screen and nodded: "It is indeed very regular. In this regard, it is better than manual work. However, manual work also has the advantages of manual work. This kind of look Beautiful, not necessarily suitable for every patient.”

After hearing what this expert said, everyone nodded in agreement. Individual patients have different conditions and physical constitutions, so the surgical plans must also be different. So this automatic stitching technology looks very powerful, but it is unclear whether it is suitable for practical applications.

The intestines were sutured, and then the abdomen was closed. The abdominal suture surgery is still very beautiful. It is really like a sewing machine moving the needle on the skin, very neat and beautiful. Such a first move cannot be achieved by ordinary surgeons every six or seven years.

Just when everyone thought that the intelligent multi-tentacle surgical robot had completed the masking operation, the second masking operation began. This time, a different part was used for masking. The whole process was very smooth and very fast. Of course, they had seen this before and didn't feel much surprise. What really surprised these experts was that this time this intelligent multi-tentacle surgical robot used a completely different method from the previous masking surgery. Even the surgical techniques and suture methods are very different.

this……

Seeing this, many experts have not yet woken up and are still in the state of surprise. An old expert who was the first to react couldn't help but shook his head and said with a bitter smile: "If things continue like this, I'm afraid our surgeons' jobs will be ruined soon."

If this was said after the previous surgery, everyone might still disagree. But after watching the second cover-up operation, everyone couldn't help but nodded.

Perhaps in the future, this kind of fully automatic intelligent multi-tentacle surgical robot will really replace the shell doctor in performing patient surgeries. The patient only needs to find out the condition and then transmit it to the intelligent multi-tentacle surgical robot. The intelligent multi-tentacle surgical robot can intelligently generate multiple sets of surgical plans based on the massive information in the database. After continuous model verification, it finally selects an optimal set of surgical plans for surgery.

The entire surgical process does not require human participation at all, and these intelligent multi-tentacle surgical robots are fully capable.

So thinking about this, many people at the scene felt numb. What they worry about is not only that their jobs may be severely challenged, but may even be eliminated in the future. What makes them even more worried is that one day in the future, they may need surgery. When they enter the operating room, there is no one inside, and it is all automated medical equipment. It is a bit scary to imagine this scene.

Seeing the somewhat solemn expressions on everyone's face, one of the respected old experts smiled and comforted: "Don't worry, no matter how far technology develops, human beings will always be inseparable from doctors.

Although artificial intelligence and big data analysis may replace part of the work of doctors, it cannot completely replace the work of doctors. Its role is only to assist doctors and provide patients with better treatments. As for how to treat the condition and how to make a decision, this is the doctor's responsibility.

Treating diseases and saving lives is not just based on data judgment, but also on our care and responsibility for every patient. In this regard, machines will never be able to match humans. Because in the cognition of machines, they will never realize the importance of a life.

And no matter which patient he is, he will not trust his condition completely to the machine.

The last and most important point is that we doctors are warm-hearted, and patients can feel warmth and reassurance through our expressions, actions and words. Machinery and equipment are different. No matter how advanced they are, they are cold because they have no soul. "