This is a history blogger's reflection written within an hour after the press conference, which was then published on his public WeChat account without any editing.
There are many similar bloggers, most of whom view this matter with an optimistic and positive attitude.
The fact that a virtual world that has only existed in movies and science fiction novels has actually appeared is undoubtedly a huge attraction for this group of people.
Those who can become bloggers and have a certain level of attention are essentially what were once called opinion leaders. The only difference lies in the scope of the people they can influence and the degree of that influence.
These people are powerless against the virtual world.
Moreover, the launch of the scientific and technological innovation company itself is a global social topic.
The topic generated even more discussion than Merlin taking over Singapore.
Merlin's takeover of Singapore currently only affects Singapore, while the virtual world is available to most parts of the world.
"I've already reserved the name 'One Autumn Leaf'! Nobody can take it from me!"
"Am I finally going to enter the virtual world? All those years of honing my hand speed can finally come in handy!"
Most netizens on Weibo expressed their expectations, believing that a price of just over five thousand yuan is affordable for most working young people.
Excluding those who are burdened by online loans and barely have enough to eat.
How would you evaluate Kechuang Bio's autumn new product launch and the virtual reality device "Future" unveiled at the event?
As the best place for netizens to show off, Zhihu is naturally indispensable, filled with a large number of true gods and false gods.
There are experts, and there are also quite a few who pretend to be experts.
"To clarify, I am a postdoctoral researcher in the field of brain science at MIT. First of all, I would like to state my conclusion: virtual reality devices, especially those in the form of biological computers, are purely black technology."
From what I understand, most of our current research on biological computing focuses on using computers to simulate the morphology of organisms, which is biological computing. This field has been developing for many years.
Camouflage, for example, is actually an application of biomimetic computer vision.
The true physical biological computer, which uses the base pairs of DNA molecules to correspond to the diodes of silicon-based chips, has received a lot of resources since the birth of biological storage media.
Both in America and China, there are groups conducting research in this field, and some results have been achieved.
However, these are all still in the laboratory stage, and so far no group has reported any commercially viable results.
For example, using DNA computers to solve the NP completeness problem, more than one million possible outcomes were calculated.
These laboratory results are only at the level of logic and calculation, and are still a long way from practical application.
The earliest computers were used in the field of computing, and it took decades of development to evolve into the form we use today.
Kechuang Bio's biocomputer skips a century of development, as if bringing back achievements from the future for everyone to use.
This estimate of one hundred years is the most optimistic one.
The new product released by Kechuang Bio this time is not a biological computer, nor a biochip similar to a personal computer, but a virtual reality device.
The computational and data storage requirements of virtual reality devices are far greater than those of computers; they are not even in the same league.
I talked to some students at my school who are working on biocomputation, and there are just too many problems to overcome.
Back in the 1990s, Adleman published a paper in SCE that used DNA sequences to solve the Hamiltonian path problem.
More than 30 years have passed since then, and the more research is conducted, the more people realize that it is extremely difficult to utilize DNA molecular sequences.
Simply put, a 90-strand DNA strand is too long. Encoding it on the DNA strand would affect the entire strand and potentially impact other biomolecules—a situation where a small change can have far-reaching consequences.
Changing the diode in your silicon-based chip from 0 to 1 has no effect, but changing the DNA strand from A to C or G will affect all strands.
If you don't use biological methods but artificially alter DNA base pairs, then it's even more meaningless.
How can information be transmitted if there is no bioelectric current passing through DNA base pairs?
The future of Kechuang Biotechnology is a remarkable achievement; even using the word "incomparable" would be an understatement.
A classmate of mine who works on biocomputation has completely lost his mind. After this thing came out, he felt that all his research and hard work had been completely wasted.
That's how brutal the scientific research field is. I plan to talk to him tomorrow; I think it might be an opportunity.
After all, the 'future' is the result of a hundred years from now, and there is still a hundred-year gap in between, so there is still a lot of work that can be done.
Moreover, the achievements made a hundred years later are already available, so there is actually a general direction for how to fill the gap in between.
This price is really cheap. Just from the perspective of experimental materials, I think it would be a huge loss for Kechuang Bio if it didn't sell for more than $10,000.
Returning to the press conference, I feel very honored and fortunate to be able to use technological products from a hundred years or even longer into the future, which gives me the illusion that my life has been extended by a hundred years.
Thank you Kechuang Biotechnology, thank you Zheng Shen.
Apart from the students working on biocomputers, all the other students are waiting for the product to be officially released.
It seems there is no biocommunication network in downtown Boston.
It's estimated that in places like Potun, it will be at least a year before a bio-communication network is built.
My dear reader, there's more to this chapter! Please click the next page to continue reading—even more exciting content awaits!
Continue read on readnovelmtl.com
