The saline water was completely absorbed, and the implanted electrode chip was completely stabilized. Then the slightly nervous test began. Although it was repeatedly speculated that this technology was unlikely to cause any damage to the body, it was still a little nervous.
Wearing a special helmet, after a series of data calibrations, we connected the video signal on the lab monitoring.
The video data is converted into many electromagnetic pulses through the dedicated decoder on the helmet. Many electromagnetic pulses are rectified and converted and amplified by the implanted electrode chip again, forming a bioelectric pulse signal, which acts on the visual cerebral cortex of the supervisor, forming a special vision...
It really seems strange, as if I saw some images, or I imagined them out of thin air, as if I had vision.
Vision is not a colorful world, it is only simple, only changes in darkness and light. However, with the continuous adjustment of information data, the image became a little clearer, and finally a blurry outline was seen.
Because the camera that captures the video signal is installed on the wall behind, the blurry image I see is that I am busy sitting at the computer desk with a big and ugly helmet.
Everything still seems very blurry, especially when you don't close your eyes, it's easy to be ignored, but the image after closing your eyes is much clearer.
The visual effect provided may be similar to that of a bionic eye that was launched several years ago in foreign countries, but this technology is much simpler to implant than a bionic eye.
However, this technology has considerable limitations at present. The device for decoding and converting Chen electromagnetic pulses on the digital signal on the helmet is too expensive and too bulky.
Of course, as long as the security of this technology is verified, everything can be solved, and as long as the mass production cost can be reduced quickly. As for the entire system weighs dozens of kilograms, I think with the promotion of 5G technology, data transcoding and computing problems can also be solved through cloud computing.
However, the biggest application market for this device is to create a real virtual reality helmet.
Of course, there are many shortcomings. The visual clarity needs to be greatly improved, and the color problem needs to be completely solved. The most important thing is the safety of this device...
The initial visual input was successfully completed and began to emerge again. I even thought of the virtual reality game cabin with endless business opportunities. It was just hunger in my stomach that quickly brought extraordinary students back to reality. After most of the experiment, I went to eat something to supplement my consumption.
I simply solved the dinner problem and continued to return to the laboratory.
I remember when I was doing the experiment for the teenager, I didn’t encounter any problems when I just completed the implantation, and it can even be said to be quite successful. However, after the teenager’s request, I connected it to the very popular chicken-eating game with VR glasses, and the problem occurred after playing for a long time.
He didn't faint on the spot. In fact, the initial experiment was still very smooth. The boy with myasthenia gravis was having fun in the virtual world, running up and down, and the experiment could be said to be quite successful.
It was just that the test ended, and the boy fell asleep because he was sleepy, and then he fell asleep and couldn't wake up anyway. If he wanted to figure out the situation, he still needed to log in to the chicken-eating game to see the specific situation.
I made some data adjustments to the device, brought a special helmet, plus a VR glasses with very good performance, and logged into the game very skillfully.
Speaking of which, Zhou Bufan actually likes to play games, otherwise he would not have thought about building a brain-computer interface at the beginning, and it would be even more impossible to have a dream every day and night. He actually dreamed of a special implantable chip structure, so he has devoted himself to the research and development of brain-computer interface technology in recent years.
When I jumped down and watched the earth rushing towards me, I experienced a sense of reality that I had never felt before. I have to say that some simple electromagnetic stimulation provided by implanting auxiliary vision chips really greatly increased the sense of immersion. This thing does have huge development potential.
I just don’t know why, but during the parachute jump, I felt dizzy. Logically speaking, I have experienced VR countless times, and the equipment I use is also a top VR device with ultra-low latency. It shouldn’t be dizzy. But this time the dizziness came very strong, and I lost consciousness without even opening the parachute...
...
Bang! Bang!
Two sudden loud noises woke Zhou Bufan who was sleeping in a daze. However, although he had recovered his consciousness, his head was still a little dizzy and his thoughts seemed a little confused. He still remembered that he had landed on the PUBG and was skydiving... but now he has landed.
"Can you dizzy even if you jump an umbrella?" He muttered and sat up, but suddenly he was stunned because he didn't seem to be playing games with a VR headset.
I looked around in a daze, but saw a lush green forest. No buildings were found nearby. Instead, I saw a middle-aged man running wildly with a heavy sniper in the distance. At the same time, there was a huge dinosaur chasing him more than a hundred meters away behind the man.
Seeing this, my first reaction was to pinch my thighs. It hurts very much, and it doesn't seem to be dreaming.
I couldn't figure out what was going on, but driven by the instinct of survival, I hurriedly hid behind the big tree. Seeing the dinosaur still chasing the middle-aged man, I finally felt a little relieved, but I was a little confused and couldn't figure out what was going on.
With complete feedback on five senses, this is certainly not a lucid dream, nor can it be a virtual world, and you don’t even wear a helmet.
Is this a bit confused as to whether the body travels directly or the consciousness is accidentally connected to a parallel world.
However, it is certain that my current body is not the original body. I touched it casually and felt my head a few inches long. The clothes I was wearing were exactly the same as when I suddenly fainted from a coma before, and I even had a smart watch on my hand.
My mind is really a little messy, but although all this looks like the body traveling through time and space and appearing in another world, it is only analyzed from a scientific perspective that a greater possibility may be just a quantum transition of consciousness. At least this possibility is countless times larger than directly allowing the body to travel through time and space.
Perhaps it was because of the implanted chip and the specially made VR helmet that my consciousness had quantum jumps and was connected to another time and space.
As for the same clothes as the one on the body, and even the same smartwatch, it's just a coincidence.
Of course, there is another greater possibility, that is, this is still just a dream world, but because the implanted chip provides some special electromagnetic pulse information, stimulating the cerebral cortex, resulting in a very real five-sensory information feedback, so the dream looks extremely real.
This also explains why he wears the same clothes and has this same smart watch. All of this is just an automatic synthesis of memory information. Perhaps the boy who participated in the experiment encountered a similar situation and was trapped in an unknown dream, so he fell into a coma.
However, both of these possibilities seem to be quite dangerous. The boy has lost consciousness for a month and still has not woken up. He may not have turned into a vegetable in reality.
Chapter completed!