Infinite Cell Master

The author must not engage in insect swarms, that's very low-level, and that's not how biological warfare works. Then the combat methods are still stuck in the combat methods of the tribal era. In this era of information-based intelligent warfare, even if the cost of your biological materials is very low, it still seems very expensive. Look at how the protagonist of the nuclear-powered battleship develops capabilities. I also saw the author talking about using Yin Qi bombs as bullets, and there is a strong feeling that the CPU is used as a flying blade. Let's not talk about anything else. Let's take a look at the utility ratio. How much energy can be wasted with fingers? As for Yin Qi bombs, you take something out of your body and then launch it. What is the difference between using such a rough method and animals using minions?

Biocomputer is the computerization of the brain, but the current brain is completely a black box, let alone building a computer based on the brain's architecture. Currently, what humans can complete is the fly's brain, which is modeled using slice integration. Its complex structure makes people numb after looking at it. The author can search it. This is true for a fly's brain, let alone a human's. Today's so-called biocomputers actually use ready-made brains as wetware, input and output, and I don't know how it works. What is known is that neurons transmit electrons. The logic is that there are still quantum phenomena in the terminal protein molecular layer of neurons, which is confusing. As for the underlying logic of brain operation, I don't know, I don't know what kind of mathematical algorithm, I don't know how to transcode, I don't know how to integrate information, how to complete world modeling through integrated information, and how to form a consciousness algorithm. As for the structure of DNA, is it essentially used for information storage and calculation? What to use as high-speed media to run logic. In fact, when it comes to interfering with genes, it is only the level where biotechnology opens the door and stands on the threshold. It is equivalent to a new programmer having a computer and being able to press the keyboard, 😏😏😏. As for looking at the code, 😏😏😏, billions of years of shit code, layers of nested data packets, self-generated, invaded, foreign, and messed up. Not to mention the hardware corresponding to the genetic code itself, including basic physics, materials science, chemistry, mathematics, and so much more. So much information is integrated together, and compressed hard, with layers of nested compression. By analogy, it is completely like compressing a supercomputer into a mobile phone and putting it in the hands of primitive people. How to do it. The author started working on biological computers when he first started, which is really bluffing. From an engineering perspective, input and output are bottomless pits. If you want to do it, start with the simplest one. The simplest thing is to start with viruses. That thing is simple and easy to start with. Find a typical one and understand it thoroughly, and then expand the virus 🦠 sample group. To be honest, when I first suggested that the author develop coral polyps, that was nonsense. That thing was too complicated to work on. As for the author wanting to develop a biological computer, he was talking in his sleep. The first thing you get is the crown. Once you understand viruses🦠, you can play with single cells, and then you can follow the path of biological evolution step by step. Once a single cell has the ability to process matter at the microscopic level, then it can imitate nature, integrate nature's resources, and integrate tools. The better the integration, the more complete and efficient the microscopic processing capabilities will be. With this ability, you can steal the scientific and technological achievements of others, which will lead to explosive growth and reach a pseudo-first-level civilization.

I created the heaven and the earth. As soon as I posted it, the chaos opened and the heaven and the earth came into being.

Good guy, I am a book friend of "Journey to the Dimension Ascension"

The biggest problem of a single organism is single intelligence. From a civilizational perspective, it is the depletion of thinking variables. In metaphysical terms, it is a barrier to knowledge and vision. In modern terms, it is the path dependence of the thinking and cognitive model. The insect swarm is the most typical example. Why is it called an insect swarm or a zerg race? It is single. From the level of life to technology, it is very advanced, and from the level of civilization, it is very primitive. The advantage of the swarm is actually centralization and zero administrative loss. If the protagonist wants to avoid this pitfall, he can only take the path of fine division. The underlying logic is the path of decentralization of powers and responsibilities, centralized planning, and parallel wisdom.

It is recommended to first decipher the genes of corals, the kind found in the sea. Compared to other creatures, his genes are simple. After being cracked, it will have the ability to generate and process materials such as calcium carbon, phosphorus, silicon, etc. At the micro level. Coupled with the chip design model, it can generate silicon-based chips for bio-additive processes. With the chip, you can refer to the supercomputing architecture to build a server cluster and increase the computing power. Computing power is something that is always in short supply.

I laughed to death when I saw that the author wanted to develop a DNA computer. I don't know if the author has read the popular science of biology and chips. I feel like he hasn't, otherwise he wouldn't be talking such nonsense. Nature does not use DNA for calculations. Nature uses DNA for information storage, storage, and RNA for transcription. It is a single strand of DNA, a material chain with compiled information. How fast can it run? There is a potential difference within the nerve cells of living things, and there are ions between nerve cells. It is the brain nerves that make up the computing power of living things, and electrical differences and ions are also used to transmit information between them. The composition of a computer is speed and logic. You say it is electrons that run fast, or it is a large group of material chains that run fast.

Discuss rationally and moderately. Don't teach the author to write a book. One book cannot be the master of two books. Just read it. If you have suggestions for certain plots or settings, you can make suggestions, but don't be too condescending. And I may not listen to the settings. Because my outline is complete, there is no need to temporarily insert other settings. Some plots are not in line with the world view and the protagonist's character, such as collecting weapons, robbing the underworld, and going to full-scale war with the country. The protagonist does not want to do it. He is a researcher and only wants to be self-sufficient and does not want to ask for anything from outside. Some settings I don't want to write about, and some settings are included in the original outline. Of course, I will refer to the ones that are really useful to me. After all, I am only one person. Although I am a biology major, that is all. I have only a limited knowledge of other subjects. Therefore, I try my best to write about settings related to biology. I still have to look up information on other subjects. Forget about silicon-based chips, I don't want to write about bio-mechanical hybrids. I want to write about a purely biological civilization route, which is not an imitation of human civilization, but a series of bio-industrial systems based on cell interference capabilities. So, there will be no electronic computers, but there will be biological computers. Although there are two kinds, protein and DNA, I prefer DNA computers. Also, there will be insect swarms, but only a small part. The protagonist will not start a large-scale war with human civilization. Why? Because I don't know how to describe war scenes, I'll wait until my writing skills evolve to be able to describe large-scale scenes in the future! Will the dimension be upgraded later? Absolutely. Also, this is an infinite flow, but it will take me a long time to write about the first world. The first world is an idealistic magical world. The quantum phenomenon of consciousness in this world is extra amplified. As a result, various wonderful phenomena occur. First of all, let's give a little spoiler about the goals of the first world. If you don't want to see it, just exit. Although it is all some settings. I won't spoil the plot. That's it for now. I'll add the rest when I think of it. I deleted the reply to my previous discussion with a book friend in the comment area. Of course, I didn't delete his book review. Why should I delete my answer? Because I missed too many post-production settings, and I felt it was unnecessary to argue about the settings, I created a separate post to explain this. The goal of the first world is to first analyze the mysteries of the soul, crack the mysteries of consciousness formation, control and quantify the mind, improve ability development, and build a complete bio-industrial system from scratch. Incarnate into the true ultimate life, cellular consciousness, and build a greater consciousness. Memory is geneticized, and the genetic information inside the cells contains all the protagonist's industrial systems. The ultimate life form that can be completely resurrected by the energy emerging from the vacuum as long as there is a single cell left, albeit through the use of magic.

The author went to trade with others to promote 🤭

So far, it looks pretty good. Grain+. The author rarely uses the words "isn't it"? These three rhetorical questions are too many and embarrassing. A strange smell

The soul feels like a quantum state. Currently, Chinese scientists have measured the speed of quantum entanglement, which is at the attosecond level. The soul, it feels like the information structure of all living things and thoughts that contains the self, is reconstructed at the quantum level and keeps the structure from collapsing. The exchange of underlying molecular substances in carbon-based organisms is the transfer of electrons. There are various currently known quantum phenomena, a number of miraculous ones. The soul is the quantum phenomenon of biological operation that is separated from the carbon-based material basis and can still maintain the normal operation of the previous operating logic. The analogy is like all the electrons in the CPU, separated from the atomic nuclei of elements such as hardware silicon, but still maintaining the previous electronic operation logic. They have not collapsed due to the loss of the atomic nuclei, and their electrons are still running normally.

The protagonist is born with a bio-industrial system, and the human body is born with a nano-level industrial processing system. The protagonist goes further into the internal operating logic of cells and breaks away from the shackles of a single organism. Cells can be reverse transcribed into stem cells, then differentiate into nerve cells, and then use computing as a structure to form a biological computer, an in vitro biological assistant brain, a biological brain server, and a biological computing matrix. Adding an electronic computer's mechanical code translator to the biological brain would be a carbon-brain silicon crystal computer. In the field of AI algorithm generation, biology's neural chaos algorithm is the specialty. Coupled with the advantages of high speed, accuracy and low error of electronic computers, tsk tsk tsk. Coupled with the industrial production system and the terminals controlled by AI, the protagonist can become a country by himself. If the protagonist cracks the principle of telepathy between identical twins, he will become an infinite incarnation. Telepathy is the process in which quantum entangled information is fed back from nerve endings to the brain, where it is transcribed and synthesized into consciousness. In real life, many people should encounter this.

I would like to remind the author that the next time the protagonists fight, don't fight hand to hand, as this will make you look particularly stupid. As an ordinary person, I know that I carry self-defense accessories with me, such as cross necklaces and cat ear rings. When encountering an emergency, I will instantly have a minimum self-defense weapon in my hand. Shake hands with the cross necklace and punch down. According to the pressure formula, the pressure at the point of the attack on the opposite side is so hard that it will turn bloody. It's no better than punching the left one after another in the power supply, falling to the ground several times and getting up to continue. Considering the protagonist's condition, shouldn't his daily clothes be covered with various camouflaged combat tools? Small knives and small pins are coated with various self-produced biotoxins. The milk carton in his pocket was filled with liquid bombs disguised as milk, and the protagonist peed himself. A solid bomb disguised as candy. It melts in your mouth and is a compressed block of ultra-high nutritional energy that can quickly replenish physical energy during wartime. The shirt is bionic bio-buffering armor. What age is it? Fighting is still a hand-to-hand fight, and you have to kill the enemy out of sight.

If the position cannot be deployed in the early stage, then you should get some hot weapons to suppress you. It is logically reasonable to carry a Sand Eagle or a Glock that is not supermodel. With the protagonist's body micro-control ability, he can suppress a small modern army without heavy equipment. The protagonist's IQ will not give up such a method of quickly gaining power. After all, it is simple, reliable, practical, fast and has no side effects. It cannot be abandoned at all. If you build a lot of safe houses at home or put a few South African ntw-20s in them, you will also have long-range anti-armor capabilities. With the protagonist's ability, it is completely possible for the army to survive in local urban areas. Although there is no need to force an army to live in childhood, there is a different thing between having a sword in your hand and not using it and not having a sword in your hand. So before you develop yourself, you should first make some money on the Internet, stock up on a wave of hot weapons, and first get a few big bombs to put at home to suppress panic.

Don't use your body as a fort. It is extremely wasteful to use your body, a high-precision and ultra-complex nanocluster factory, to produce artillery shells, especially when combined with external equipment. Look at which country uses five-axis machine tools to make artillery shells. It makes no sense. You have to use your body as a composite of an industrial machine, a data center, a scientific research center, and an information center. If necessary, work out the principles and drawings, outsource them outside the body, and build a firepower platform. 😏😠

Those engaged in biological development also have a work called Homo sapiens, which is the representative of modern bio-industrialization. He used a little bit of bio-information technology as a fulcrum, and then pushed the tide to form a big explosion of bio-industry. There are a lot of bright ideas in it, and the ideas are great, you can refer to them.

Now that we have begun to talk about it being conjured out of thin air, what else can we say? The author's settings are all correct.

After raising it for several days, 😭 is so little.

I laughed so hard when I saw the author saying that he couldn't get weapons and bullets, so he still had to build a weapons production line, so there was no need. 😏😏😏😏😏 The protagonist's current physical fitness is invincible to others. In small Japan, it may be a bit difficult for ordinary people to obtain weapons. With the protagonist's condition, if you find a gangster, you don't even need to meet the gangster. You can loot the gangster's weapons arsenal silently. For single use, even if there are more safe houses, it won't be enough. If you look at the personal weapons arsenal of the United States, there are not many.

What the hell is this written about? You can tell by looking at it that it's like a princess.