He hoped that the electrical signals would first be converted into mechanical vibrations, and then into neural signals that the brain could recognize.
However, he discovered that the biggest problem with this approach was that mechanical vibrations not only failed to work with sound, but also failed to work with sound.
It's stuck in the middle, unable to move forward or backward.
It is important to know that the brain is a high-incidence area of ​​electrochemical activity.
There are approximately one hundred billion neurons operating at a frequency of 5-50 action potentials per second.
Slight low-frequency vibrations have no effect on the human brain.
The ability to convert so many neural signals into electrical signals is also thanks to the improvement in computer performance.
Computers can capture electrical impulses in the brain and then analyze them to determine an individual's true intentions.
However, how to convert electrical signals into neural signals and simultaneously affect human senses is currently an almost unsolvable problem for humans.
This problem was equally difficult for Zheng Li.
Because what he knows are solutions at the biotechnology level.
It's unlikely he'd come up with any bio-computer-related technology on Earth.
As long as he pulls out his brain-computer interface technology based on biocomputers, all countries will know that he is Merlin.
He is not ready yet.
The fact that Kechuang Bio has launched virtual reality products and become an even larger, monopolistic enterprise doesn't actually mean much to him.
Zheng Li has already used the resources of Kechuang Biotechnology to build a lot of research facilities to serve him alone.
More money doesn't necessarily mean better results.
Moreover, now that he is the director of CRN, there is even less help that Kechuang Bio can provide him.
Having spent so long on Earth, Zheng Li had already become a master in the field of computer science.
After listening to Li Wanqing's explanation, he said:
"In fact, we are able to stimulate neurons through electrical stimulation."
The current problem is that biological neurons do not operate in a binary manner.
Information is encoded during the discharge process.
The number of pulses, the frequency of the pulses, and the time it takes for the pulses to reach their destination.
This does not refer to the duration, but to the instant of arrival.
Furthermore, sudden, intricate structural changes mean we have no control over information transmitted via axons.
Zheng's idea was to subtly remind Li Wanqing and see if he could come up with any solutions.
"We can learn from how microscopic biological communities use macroscopic chemical-electric signal converters to convert electrical signals into chemical outputs."
In microscopic organisms, nerve cells convert electrical signals into chemical outputs to facilitate the active transmission of information within the nervous system.
For example, the single-celled microorganism Saccharomyces cerevisiae directly reads the local chemical concentration and converts it into a dynamic electric field, which is evenly distributed throughout the fungal population.
The dual-feedback gene circuit of chemoexcitability precisely regulates the expression of active potassium channels and coordinates the cyclic discharge of plasma membrane potential (PMP).
This research and development path might give you some ideas.
You can take a look at the research findings in this field. I'll send you some of the more valuable papers I've read in this subfield later.
Li Wanqing breathed a sigh of relief; it turned out that there were times when Zheng Li didn't know how to solve a problem.
Zheng Li's impressive abilities had put a lot of pressure on him.
If the boss is too amazing, will I appear too incompetent?
Zheng Li is only sharing his thoughts now, making Li Wanqing realize that Zheng Li is not omniscient or omnipotent.
However, Li Wanqing was deeply impressed by Zheng Li's ease in handling various papers and sub-fields.
It's important to know that the direction Zheng Li just mentioned is microbial communities, which has absolutely nothing to do with brain science.
Zheng Li had read quite a few papers in this niche field, because Zheng Li said he would send him some valuable papers.
The research atmosphere on Blue Star provided Zheng Li with a great deal of inspiration.
In the Mage Alliance, it's very expensive to see other people's cutting-edge research results.
Even the God of Magic can't afford it.
On Earth, scientists are eager to share their latest research findings with everyone, hoping for as many citations as possible.
However, the Blue Star mechanism also has its drawbacks. One is that there is serious paper-padding in some fields.
Secondly, many ideas are actually very good, but research is done for the sake of publishing papers.
In other words, even if the data does not match the desired conclusion, the data is processed to force a match between the data and the conclusion.
Secondly, the experiments are difficult to conduct, so in order to save time, various methods of falsifying data and photoshopping images are used.
However, in Zheng Li's view, even with all sorts of drawbacks, the merits outweigh the flaws.
Compared to the Mage Alliance, this environment is practically a paradise for mages.
Moreover, after Zheng Li came, countries around the world increased their investment and policy guidance in the field of scientific research.
Especially in the field of basic sciences.
"Okay, I have a general idea now. Thank you for your valuable advice, Chairman Zheng."
......
Time flew by and it was already the end of September. China's lunar base was basically completed.
In the first nine months of this year alone, the astronauts made three round trips from Earth to the Moon.
China has been criticized by overseas media ever since it began building its lunar space station.
This includes not only Western media, but also media from countries such as India, Japan, and Korea.
Japanese and Korean media are lamenting that the gap between their space programs and those of China is widening.
Indian media outlets are saying that it will take them another five years to catch up with China in the aerospace field.
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