On how humans can achieve immortality
Discussing immortality, life has long been immortal. Given that we are now in the era of great civilization, the research of literature, science, medicine, physics and other disciplines in the 21st century has reached its peak. I, Haidao, as a philologist, also want to make a literary contribution to all mankind in the field of immortality research. Therefore, I wrote this paper mainly to help scientists from all over the world to understand the nature and pattern of life earlier, establish research projects such as cytology, bone science, neurology, metamorphosis, etc., so as to achieve true immortality in the human sense, not just reproductive immortality in the sense of life.
What is life? It is composed of many organic and inorganic substances, and is essentially material, but the difference between life and other substances is that it has consciousness, feeling, thought, and movement. Elements such as fat, amino acids, proteins, and sugars contained in organic compounds are all materials, but as individuals, they have no feeling, or no neurons, and will not move, that is, no life. Only when they are combined with each other and flow through water, chemical reactions are produced, which are called neurons, that is, feeling. Having neurons means having life. Feelings are like a mirror, reflecting external things, which are transmitted to brain cells through neurons, and the things in the mirror are understood, thus making us humans become advanced life. However, the evolution of feelings, neurons, and brains is long and long, over 3 billion years of evolution. The sensory system, neurons, and brain in the human body are becoming more and more sensitive, and can feel, analyze, identify, understand, think, and imagine all things in the external universe. It can be said to be a miracle. With the current human civilization, we can build atomic bombs and satellites, but we cannot build a creature with thinking ability. Can we not say that this kind of sensory evolution is a miracle? In the 16th century, Zacharias Janssen invented the microscope, and Robert Hooke improved the compound microscope and discovered the first cell. He saw that all cells were like small rooms, but he didn't know what was contained in these rooms. As we all know, the earliest form of life is a single cell. As a life, it can eat, breathe, excrete, move, and reproduce these primitive activities. It can also reproduce offspring by splitting. It can be said that it is already a qualified life form. But why did it choose to fuse with other single cells to form a multicellular organism and survive? Seeing that all advanced organisms, including humans, are multicellular organisms, it can be shown that multicellular survival is more advantageous and more suitable for evolution. This is very strange. Being a single cell is for survival, and being multicellular is also for survival, unless it is said that multicellular organisms are more suitable for the cosmic environment. At the beginning of life, it takes in energy and devours. Multicellular organisms may be safer together, so they cooperate. Because of the needs of feeling, moving, reproducing, and remembering, these many single cells that make up a living body also divide the work, just like a factory needs different personnel, with bosses, managers, and workers working together, the factory will be built bigger and bigger. In short, the advanced organisms now survive in a multicellular way, and the single-cell organisms that still exist are generally called low-level organisms. What is strange here is that, whether it is a single-celled organism or a multi-celled organism, they all reproduce by cell division to achieve life continuation. They rely on senses, neurons, and brain consciousness to create a double-helix gene system called DNA, which can replicate the same inheritance to the offspring, that is, let the daughter cells contain the DNA sequence of the mother cell, so that they can continue indefinitely and achieve racial immortality. Unfortunately, this inheritance lacks memory function, that is, the new daughter cells do not have the memory of the mother cell, just like when we humans give birth to children, they come from us and have the same DNA as us, so they look the same as us, but their thinking belongs to themselves, so it is better to say that our memory is dead than that we are dead, and DNA is immortal.
But in the minds of most of us, the purpose of our research on immortality is obviously to obtain the immortality of human individuals, or to say that the entity with its own memory obtains immortality. So we will ask, how can this be achieved, so we will wonder, why does life want to continue, it must be cell division, that is, metamorphosis, and why after sexual reproduction, only DNA is inherited, but not memory? This is indeed very strange. Why is memory stored in brain cells and not copied and then inherited? You should know that the codes in computers can be copied and compressed, but computers are the product of advanced civilization in the 21st century. At this time, humans are also advanced creatures who can think and imagine, so the computer copying program they made is very advanced. 4 billion years ago, single cells were low-level creatures without consciousness, so the DNA made by relying on senses was very primitive and simple. Did the first life that invented DNA have no memory function at that time? No analysis, judgment, or selection had evolved, only basic senses, so it would copy other genetic information when making the DNA system, but no memory. Therefore, for billions of years, all cell divisions have used this primitive DNA system, and no one has studied how to modify the DNA system to make memory inherited. At the same time, memory cells are far more numerous and larger than single DNA, so how can tiny DNA be added with memory cells with large storage capacity? In 1912, Alexis obtained a lifespan several times longer than cells by culturing cells in a dish, so he believed that as long as there was a suitable environment and nutrition, cells could live forever. But in 1961, Hayflick also did a similar experiment and wrote a paper, which overturned Alexis's theory of cell immortality, saying that the number of divisions of fibroblasts is limited to about 50 times, which means that cells cannot achieve immortality by dividing. In fact, Alexis's experiment is correct. As long as there is an environment and nutrition, cells can divide indefinitely or extend the existence time after each division. Hayflick's experiment is also correct, because human cells do lack a suitable environment and nutrient synthesis, which will cause the Hayflick limit. But Hermann discovered telomeres in 1938, and Elizabeth H. discovered telomerase in 1982. According to these views, any cell is composed of chromosomes and telomeres. The DNA sequence in the chromosome is forever unchanged and does not change after replication and reproduction. It is like a code and is immortal. However, every time the DNA is replicated and divided, the cell will lose a little telomere TTAGGG at the end of the DNA sequence. Therefore, after human fibroblasts divide about 50 times, the telomere disappears, and the entire cell becomes old, and the cell can no longer divide, which is equivalent to death. Telomerase, or other power, can keep telomeres from being lost, just like cancer cells never lose telomeres when they divide, so cancer cells can live forever. However, human cells age a little every time they divide, and it is not because the DNA sequence of the cell is still there that they are still young. But cancer cells have young telomeres and their entire cells are still young. Does this mean that as long as humans keep their telomeres young, they can keep their cells young? But according to mathematical calculations, when this 1 is separated and added to another 1, the first 1 will definitely be missing something, and the second 1 will also be missing something. At the same time, this missing thing is very important and mysterious. Perhaps it is the main nerve that causes other cell elements to be produced, but it is not produced. Is it the power that directs cell division? But why can cancer cells easily produce this thing? So we need to figure out what elements the telomeres of our cells are made of, and whether they can rotate. We need to observe whether the telomeres in cancer cells are controlling division. Through microscopes, chemical experiments, and sensory theory, we probably can find the answer. There is another simple way to prolong life. If this cell is separated and multiplied into another cell, its telomere sequence is artificially supplemented so that the sequence is still complete, then it can live forever. Just like the code in a computer, it can be infinitely copied and inherited to other computers and never lost. According to this theory of existence, computer code sequences can live forever, and human DNA sequences can also live forever, but computer codes exist in electricity, and copying and inheriting them will only lose electricity. It is too strong and has no feeling, while DNA sequences, as organic compounds, have feelings and are very fragile, just like any cell that relies on light, water, oxygen, and energy to survive, but at the same time it will be corroded and damaged by ultraviolet rays in the sun, cosmic rays, and poisons in oxygen, leading to death.
The fragility of life, that is, the fragility of the organic compounds that constitute our body, is actually clearly reflected in the most primitive stage. Why do we single cells divide? Because we want to live, but our body is fragile. Facing the erosion of the external universe's rays, oxygen and other forces, we will be destroyed and unable to survive. So we have no choice but to evolve a cell division system and rely on reproduction to survive. But this kind of reproduction comes at a price. When this cell separates and increases in value to another cell, it will lose something. The loss is too small, and it is impossible to artificially supplement these things, which leads to cell death, that is, the end of life. At the same time, in the primitive era, when we first invented this DNA genetic system, our nerves were still very naive, and we did not think that we should also store memories in DNA sequences. At the same time, after the division of labor in multicellular organisms, brain cells almost did not divide, and did not evolve replication genetic functions. Therefore, when we live by repeating DNA sequences, we do not have the memory of the previous generation. This is a pity, and it is not what we are eager to study now, how to make our memory and body immortal.
Now we are studying how to artificially create telomeres, that is, DNA sequences, and we may have to think about the origin of life. People used microscopes to discover single cells, and after conducting scientific experiments, they also concluded that primary life is single cells. But before the single cell, what was the form of life, and how did the single cell come into being? Here, I judge based on literature that the form of life is feeling, and the single cell evolved from the feeling of organic matter. I have said before that the essence of life is matter, which is composed of many elements, such as fat, amino acids, proteins, sugars, hemoglobin, chlorophyll, enzymes, hormones, etc., but when they exist alone, they have no feeling, or there are no neurons that can analyze the feeling. Only when they are combined together, neurons are developed, and later the brain. The origin of this feeling, neurons, and brain is that these elements are sensing the outside world together. At the beginning, the feeling is small, and gradually the reaction is strong. That is, when the temperature is high, it will feel hot, and when the temperature is low, it will feel cold. There are also stimulations from elements such as oxygen, water, fire, and wind. They feel these elements day and night for a long time, and then form judgments and analysis, perhaps for billions of years. In short, neurons, that is, feeling, have evolved. They are obviously afraid of death, and they constantly change themselves according to their feelings. The fittest survive, and they have evolved into single cells protected by membranes. The reason why this single cell has its own subconsciousness and can move by itself is that it has evolved neurons after sensing the outside world for so many years, and can make subconscious judgments, and the neurons can command the body to move by itself. Therefore, this kind of life consciousness is not like the human myth that thoughts are separated from matter, but in fact thoughts come from matter. It is actually a certain kind of matter that can sense and analyze changes in the universe.
We are artificially creating telomeres and DNA sequences. Perhaps we need to understand why our DNA sequences are arranged in this way. If we understand this, we may be able to create DNA with feelings. Then, creating telomeres of DNA sequences will not be a problem. Many science fiction novels now describe content related to robots, including "Skynet" in "Terminator". The movie assumes that computers have self-awareness and regard humans as enemies, so they launch nuclear bombs at the earth. In fact, it is not realistic to give steel and electricity life. After all, humans have invented and used fire for so many years, but there is no evidence that the element of fire has life. The screen of the computer made by humans is moving, but any action must have a code or instruction before it can move. This is like a car. It must be started by someone manually to start the engine before it can start. In simple terms, any action of the computer, even if it is a program that can run continuously for several years, requires a human hand to start it. If no one presses the start switch, the computer will never move. Because computers are machines like cars, they have no feelings and cannot rely on feelings to sense the outside world, so they have no consciousness, so they will not move by themselves in response to feelings. But there is a question here. Computers are really advanced, and human civilization is also advanced. So, can humans set up a sensory system for computers, so that they can sense the outside world and have the ability to identify sour, sweet, bitter, and spicy sensory functions, so that they can first have feelings and then consciousness, and become animals? If this is possible, it means that human technology for making computers has reached its peak, because this is equivalent to saying that humans have mastered the technology of making "feelings". But at the same time, this will be terrible, because the operation, calculation, and processing speed of computers are too fast, and its weapons are still machines, nuclear bombs, and future mechanical factories. So if it is an enemy of humans, whether in terms of strength or intelligence, the probability that humans are inferior to it is 1 to 1000, and it is definitely not an opponent. But the question is whether computers will have sensory systems. First of all, humans will not allow it and will not create a sensory program for machines. But now humans are studying DNA sequences, using computers to amplify DNA sequences, observing first and then manufacturing, trying to create life and change DNA sequences. So how to prevent computer programs from forming feelings, self-awareness, and even thoughts is indeed a serious problem that needs to be carefully judged. There is an optimistic idea that the human sensory system is the result of billions of years of evolution. It is unlikely that something that is a fusion of iron and electricity can have life. Secondly, humans will not allow it. Humans will not deliberately create such a sensory system to make computers move on their own. Therefore, we need to test electrons to see if the element of electrons will react to the outside world. If it can swallow, move, and evolve, it means that it definitely has feelings. At the same time, computers that combine electricity and iron should also be careful to prevent them from moving on their own. The most important thing is that computers cannot have feelings. Machines are machines. They are used to assist humans in their work, and they cannot be given DNA sequences and the ability to think. Otherwise, their self-awareness will be independent, and they will regard humans as aliens and pagans. In addition, some contemporary scientists have proposed that connecting the human brain to a computer is also dangerous and should be restricted. How do you know what the human brain thinks after living in a computer? Will it regard us as enemies and pagans? With its ability to command computers at the speed of light, how do you want to deal with its attacks? You should know that the launch program of nuclear weapons is controlled by computers. Perhaps when humans create DNA sequences, they should still make DNA sequences real objects, and not replace them with computers. Machines should not have feelings or sensory systems, and cells will not threaten us.
If we humans want to achieve immortality, in addition to creating telomeres and understanding the composition of DNA sequences, there is actually another way, that is, immortality of the cell itself without division. You should know that the original single cell invented the DNA sequence and relied on reproduction for immortality. In fact, it was a last resort, because it could not withstand the corrosion of the external universe. In order to make the cells young and energetic, a DNA sequence with a life genetic system was invented, so that this new DNA sequence could grow vigorously. But if the cell can withstand external corrosion, we humans can make the cell hard and withstand all external corrosion with the help of current civilization. Then, do we not need cell division and can live forever like stone? But is this possible? How can humans live on oxygen without being corroded and aged by oxygen? You should know that something as hard as steel will also be corroded and rusted when it faces oxygen. For example, neuronal cells have a life span almost as long as that of human beings. Is it because they grow in the brain and bone marrow and are not exposed to external oxidation and corrosion, that is why they have such a long life span? Therefore, if we want to make cells live longer, we still have to rely on artificial repair work, using human thoughts and human technology, just like repairing telomeres, artificially repairing all damaged cells. But this method is probably as difficult as analyzing DNA sequences. At the same time, if this is really possible, we will not be what we are now. With cell immortality, there is no need to let 1 cell break away and increase in value to another 1 cell. We will never lose telomeres. The immortality of the body will only be artificially produced to cultivate new humans if we want to create other new lives. In addition, when it comes to why single cells have evolved a set of DNA sequence systems and rely on reproduction for racial immortality, there is another strange question. Why does it split out instead of transforming in its own body? It is originally composed of many organic substances. If the life body is damaged, the cells are damaged, why can't it absorb external nutrients to restore the body and continue to survive? In this way, the memory will not be lost, and life will not be immortal long ago? Is it too difficult to artificially repair oxidized old cells? So this method of reproduction by DNA sequence seems clever, but it is actually wrong. Because life, as a single-cell evolution, is primitive and low-level. It has feelings, but no consciousness. It can change, but it does not know how to choose which ideal form to change into. It does not have five senses such as eyes, nose, and ears, let alone thoughts related to words. So when it was evolving DNA sequences, it did not know how to choose the way to metamorphose in the body, nor did it know how to store memories in DNA sequences. It just relied on basic feelings and took it for granted to create such a DNA sequence pattern, allowing the entire life world to maintain a stupid pattern for 3 billion years. It was not until humans created words, generated thoughts, and were able to analyze, understand, and judge the world and biological patterns that we began to understand how to artificially repair cell structures, interfere with DNA sequences, or create new DNA sequences, so that humans can achieve immortality and evolve into new humans with more capabilities in the future.
The elements that make up cells are coded as O, C, H, N, S, K, Ca, P, and Mg. Before they divide, chromosomes will appear. When they do not divide, the chromosomes cannot be seen under a microscope. In other words, chromosomes are derived from cells. Only when cells need to divide will they rotate and derive chromosomes and DNA. Each cell has 23 pairs of chromosomes, which can be replicated. When a cell needs to divide, it is replicated into 46 pairs of chromosomes, and then splits into two, becoming two cells, a mother cell and a daughter cell. At this time, because it is driven by a certain element, the various elements that make up the cell are still there, but the element that drives them to divide is consumed a little, and this element is called a telomere. As for why cells can split into two, it is because they can absorb external substances and nutrients to turn them into chromosomes. At the same time, according to some studies, if these 23 pairs of chromosomes are referred to as No. 1 to No. 23, chromosome 1 is related to Gaucher disease, prostate cancer, Alzheimer's disease and other diseases, chromosome 2 is related to congenital tremor, colon cancer, learning disabilities, hearing impairment, color blindness and other diseases, and chromosome 3 is the same as the others, connecting different diseases. This shows that humans need to understand the structure of these chromosomes, observe it, analyze it, and find the answer to cure all diseases. In addition, cells achieve immortality through division, but whether cell division requires external force, and this driving force, which is hypothesized to be telomeres, why it decreases, is probably the most important research in contemporary cell longevity, because it is like the electrical energy in a computer. If the electrical energy is kept, the computer will keep running. Similarly, if the driving force of the dividing cells is kept, the cells will always divide. Therefore, whether telomeres are the driving force for cell fission, and what power is needed when cells fission, this is a question that urgently needs to be explained. It is indeed very curious and worthy of in-depth study.
Each chromosome is composed of a DNA sequence and a telomere sequence, which is actually the entire chromosome sequence. However, each time a cell divides, the DNA sequence never changes, but the telomere sequence will decrease. And the telomere sequence is very different from the DNA sequence in that it repeats in the form of TTAGGG. For example, the telomere sequence is represented by the symbol: 5'...TTAGGG TTAGGG TTAGGG TTAGGG TTAGGG TTAGGG TTAGGG..3' 3'...AATCCC AATCCC AATCCC AATCCC AATCCC AATCCC..5'... repeating over and over again, what does this mean? If the DNA sequence belongs to the living organism, the reproductive element, the telomere sequence is likely not a reproductive element, that is, the telomere sequence has nothing to do with the living organism. Its role is likely to be a starting mechanism, a driving force, which is a special power to keep the cell active, or a key to start cell division. Since the DNA sequence can be one to two, two to four, four to eight, never changing, and repeating forever, why did it suddenly stop dividing? Is it because it is too old to transform nutrients, or has it lost the power to start the division process? The consumption of telomeres all disappears at sequence 5, so we can copy other sequences to supplement the lost sequence. Therefore, we urgently need to understand these telomere sequences, what elements TTAGGG represents, and we also need to understand the structure of DNA sequences, so as to artificially interfere with these life sequences. According to some speculations, the telomerase observed by Elizabeth H. and others can maintain and repair telomeres, that is, artificially lengthen telomeres, but telomerase can only survive in cancer cells and is very active in cancer cells, while this element is rare in human cells. Because cells have the ability to divide in the early stage, only in the later stage will new cells lose the ability to divide, but the strange thing is that as the cells divide, they will become more and more old, instead of absorbing nutrients to create new DNA sequences to make them young like babies. This makes people wonder, is telomere really a power to activate cell activity, so that cells can be active and young, or is it that cells are already corroded and old and cannot be repaired, so why don't cancer cells corrode and become old? It is not that cancer cells will not decay, but there must be some power to protect cancer cells from continuous operation and damage. If the division of DNA sequences is really driven by some kind of power, then what elements are these driving forces? Is telomerase one of them? Because there are a lot of telomerases in cancer cells, and they are very active, but the telomeres of the chromosome sequences of cancer cells are immortal, and then the cancer cells are also immortal, which makes people think that the immortality of telomere sequences may be related to telomerase, because if DNA division is initiated by some kind of power, then this telomerase does need to be tested. Is it some kind of power similar to electricity? Is the immortality of cancer cells because the power that drives their DNA sequences to divide forever is eternal? Because in the world we live in, any material that wants to move needs some mysterious force to drive it, such as computers, which are started and driven by electricity, but electricity is indeed decreasing. If life is compared to an electric car, its movement will reduce the electricity in the charger, but can life be a carrier like an electric car? We really want human DNA sequences to be like the code in the computer, immortal!
The 21st century, our era, is a great era. Since we have words and knowledge, we now have airplanes, cars, microscopes, biological sciences, and abundant food. According to statistics, there are more than 3,000 billionaires in the world, but unfortunately, human immortality has not yet been achieved in our era. With so many billionaires in the world, how many of them are investing in longevity? We humans are the best trading animals. For sexual entertainment, we can pay a lot of money every year, but how much should we pay for immortality? If the transaction is successful, we can study DNA sequences, supplement telomeres, repair cells, and create neurons, which will at least extend our lifespan for many years. As civilized people in the 21st century, we should be content with this! In addition, there are other data that say that in the past 100 years, our human lifespan has increased by an average of 40%, all of which are the credit of medicine or science. Then we should invest more in life science. As a transaction, perhaps we humans only need to save one month's salary in our lifetime and invest in medical scientists, scientists, and writers who study life science around the world, and we can achieve human immortality at a speed visible to the naked eye. As a transaction theory, do you think it's worth it?
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2025.3.1
——Island
论述永生，生命早就永生了。鉴于现在是大文明时代，21世纪的文学、科学、医学、物理等等学科的研究都站在了巅峰之上，我，海岛，作为文字学家，也想在长生不死的研究领域，为所有人类，作一份基于文学的贡献。故而，我撰写此篇论文，主要是想帮助世界各国的科学家们，早一点认识生命的本质与模式，建立起细胞学、骨骼学、神经学、蜕变学等等研究项目，从而实现人类意义上的真正永生，而不仅仅是生命意义上的繁殖永生。
生命是什么？它由诸多有机物与无机物构成，本质上是物质，但生命与其它物质的区别是，它有意识、感觉、思想、会动，像有机化合物含有的脂肪、氨基酸、蛋白质、糖这些元素，都属于物质，但它们作为个体，都没感觉，或说没有神经元，不会动，也就是没有生命。只有在它们互相组合在一起了，经过水的流动，才产生化学反应，称为神经元，也就是感觉，有神经元就等于有生命。感觉就像一面镜子，照出外在事物，经过神经元输送给大脑细胞，对镜子里的事物进行理解，从而使我们人类成为高级生命。但感觉、神经元、大脑的进化是久远漫长的，漫长到超过30亿年的进化，人类体内的感觉系统、神经元、大脑愈来愈灵敏，竟能感受、分析、辨识、理解、思考、想象所有外在宇宙里的东西，可以说是奇迹，以人类目前的文明，可以造出原子弹和卫星，都无法造出一个具有思维能力的生物，还能不说这种感觉进化是个奇迹么？
16世纪，Zacharias Janssen发明了显微镜，Robert Hooke改善复合显微镜并发现第一个细胞，他看到所有细胞都像一个个小房间，但还不知道这些房间里包含什么东西。众所周知，生命最早的形态是单细胞，它作为生命，会摄食、呼吸、排泄、运动、生殖这些原始活动，它还会以分裂的方式繁殖后代，可以说已经是一个合格的生命体了。但是，后来它为什么选择与其它单细胞融合，互相组成一个多细胞生物，进行生命存在呢？看现在包括人类的所有高级生物都是多细胞生物，倒能说明，多细胞生存更有优势，更加适合进化。这很奇怪，作为单细胞是为生存，作为多细胞也是为生存，除非是说，多细胞生物更适合宇宙环境。生命的初始就在摄入能量，会吞噬，多细胞一起可能会更安全，所以它们配合了，又因为感觉、移动、繁殖、记忆的种种需要，这些组成一个生命体的诸多单细胞还分工了，就像是一个工厂需要不同的人员，有老板、管理、工人一起劳动，工厂才会越建越大。总之现在的高级生物都是以多细胞的方式生存的，而仍旧存在的单细胞生物普遍被称为低级生物。这里奇怪的是，无论是单细胞生物，还是多细胞生物，都是以细胞分裂的方式进行繁殖达到生命延续的，它们依靠感觉、神经元、大脑意识一起制作了一个名为DNA的双螺旋基因系统，可以复制一模一样的遗传给后代，即让分裂的子细胞含有母细胞的DNA序列，就可以无限延续，达到种族永生，但遗憾的是，这种继承，缺乏记忆功能，也即新的子细胞没有母细胞的记忆，就像我们人类生下子女，他们源自我们，有与我们相同的DNA，所以外表和我们一样，但他们的思维呢，属于他们自己，所以与其说我们死了，不如说是我们的记忆死了，DNA是永生的。
但在我们多数人的思维里，我们研究长生不死的目的，想要获得的，显然是人类个体的永生，或者说是拥有自己记忆的本体获得永生。于是我们会问，这怎么实现，所以我们会奇怪，为什么生命想要延续，必须得是细胞分裂，也即蜕变，又为什么有性繁殖了后，只继承了DNA，而不继承记忆？这确实很奇怪，为什么记忆储存于脑细胞里，不会被复制，然后继承呢？要知道计算机里的代码都是可以复制并压缩的，但计算机是21世纪高等文明的产物，这时人类也是高级生物，会思考与想象，所以制造的计算机复制程序非常先进，而40亿年前，单细胞作为还没意识的低级生物，所以依靠感觉来制造的DNA根本就很原始简单。第一个发明DNA的生命，是不是彼时根本没有记忆功能，什么分析、判断、选择都没有进化出来，只有基础感觉，所以它才会在制作DNA系统的时候，复制其它遗传信息，而没记忆，所以几十亿年来，所有的细胞分裂都用这套原始的DNA系统，而还没人去研究，怎么修改DNA系统，让记忆遗传。同时记忆细胞远比单独DNA要多要大，又怎么让微小的DNA里，加入储存量很大的记忆细胞呢？
1912年，Alexis通过把细胞培养在皿里，而获得细胞数倍长的寿命，故而认为只要有合适环境和营养，细胞就可以永远活下去。但在1961年，Hayflick也做了类似的实验，写了篇论文，颠覆了Alexis说的细胞永生论，说成纤维细胞的分裂次数是有限的，约50次，就是说细胞无法靠分裂达到永生。其实Alexis的实验是对的，细胞只要有环境和营养，就可以无限分裂，或延长每次分裂后的存在时间，Hayflick的实验也对，因为人类细胞确实缺乏合适环境，和营养合成，所以会造成Hayflick极限。但1938年Hermann发现了端粒，1982年Elizabeth H.发现了端粒酶，根据这些观点，任何细胞都由染色体和端粒组成。而染色体里的DNA序列是永远不变的，复制繁殖后也不改变，就像代码，是永生的，但是每当DNA复制好分裂一次，其细胞就会损失一点DNA序列尾部的一点端粒TTAGGG，所以人类的成纤维细胞在分裂了约50次后，端粒变无，整个细胞就老了，而细胞不再可分裂，等于死亡。而端粒酶，或其它动力，则可以维持端粒不再损失，就像癌细胞的分裂是永不失去端粒的，所以癌细胞可以永远活下去。然而，人类的细胞是每分裂一次，都会衰老一点的，并不因为细胞的DNA序列还在，就仍然年轻，但是癌细胞则是端粒仍然年轻，它的整个细胞也仍然年轻，这是说，人类只要维持住端粒的年轻，就能使细胞也仍然年轻么？但是根据数学计算，由这个1脱离增值为另一个1，第一个1肯定是会少了一点东西，第二个1同样少了一点东西，同时缺少的这点东西很重要，很神秘，或许是主神经，才会导致其它细胞元素都可生产，唯独它不生产，它是不是指挥细胞分裂的动力呢？但为什么癌细胞就可轻易制造这种东西？所以我们要弄明白，我们体内细胞的端粒究竟是哪些元素构成的，会不会自转，我们要观察癌细胞里的端粒是不是在控制分裂，通过显微镜，化学实验，还有感觉学说，估计我们能够找到答案。延续生命，还有另一个简单的方法，如果这个1细胞脱离增值为另一个1细胞的时候，它的端粒序列被人为的补充了，使得序列仍然完整，那么就可以无限永生了。就好象计算机里的代码，它可以无限复制，遗传到其它计算机里，永不丢失。按照这一存在理论，计算机代码序列可以永生，人类DNA序列也可以永生，但是计算机代码存在于电里，让它复制遗传，只会损失电能，它太坚固了，并且没有感觉，而DNA序列作为有机化合物，有感觉，很脆弱，就像是任何细胞依靠光、水、氧气、能量而活，但同时会被阳光里的紫外线，宇宙射线，氧气里的毒，腐蚀损伤，导致死亡。
关于生命的脆弱，也即构成我们本体的有机化合物的脆弱，其实在最原始的阶段就体现得明明白白了。我们单细胞为什么要分裂呢？因为我们想活下去，但我们本体是脆弱的，面对外在宇宙那些射线、氧气等等力量的侵蚀，我们会被摧毁，没法继续生存，于是我们迫不得已才进化出细胞分裂系统，依靠繁殖后代而继续活下去。但是这种繁殖是要付出代价的，就是这个1细胞脱离增值为另一个1细胞，会损失一点东西，而损失的这点东西太小，而又无法人为的补充上这些东西，导致细胞死亡，也即生命结束。同时在原始时代，我们最初发明了这套DNA遗传系统的时候，神经感觉还很幼稚，没有想到应该把记忆也存入DNA序列里，同时多细胞生物分工后，脑细胞几乎不分裂，没有进化出复制遗传功能，所以，在我们靠DNA序列重复活着的时候，并没有上一代的记忆，这很遗憾，并不是我们现在渴望研究的，如何使我们的记忆及本体达到永生。
现在在研究如何人为的制造端粒，也即DNA序列，我们或许得联想生命的起源。人们利用显微镜，发现单细胞，进行科学实验后也得出初级生命是单细胞的结论。但是在单细胞之前呢，生命的形式是什么样的，单细胞又是如何形成的？这里我根据文学的判断，生命的形式是感觉，单细胞是靠有机物的感觉进化而成的。我在前面讲过，生命的本质是物质，它由很多元素组成，诸如脂肪、氨基酸、蛋白质、糖、血红素、叶绿素、酶、激素等等，但它们独自存在的时候并没感觉，或说没有可以解析感觉的神经元，只有在它们组合一起的时候，才发展出神经元，以后是大脑。而这感觉、神经元、大脑的起源是，它们这些元素在共同感应外界，刚开始感应微小，渐渐反应强烈，也即温度高了，它会感觉到热，温度低了，它会感觉到冷，还有氧气、水、火、风等等元素的刺激，它们日夜不停的长期的感受这些元素，就形成判断与分析，或许长达几十亿年，总之是进化出了神经元，也即感觉，它们显然怕死，根据感觉不断改变自己，适者生存，就进化成有被膜保护的单细胞了。而这种单细胞为何会拥有自主潜意识，自己会动，就是它在这么多年的感觉外界中，进化出了神经元，可以潜意识的判断，由神经元来指挥肉体，让肉体自己动起来。所以这种生命意识，并不像是人类神话里的思想脱离物质，而其实思想源于物质，它其实就是某种物质能够感应与辨析宇宙变化而已。
我们在人为的制造端粒，制造DNA序列，或许得想明白，我们的DNA序列为什么是如此排列的，明白了，或许就能制造出有感觉的DNA了，那么接着制造DNA序列的端粒，也就不是问题了。现在很多科幻小说都在描写与机器人有关的内容，包括《终结者》里的“天网”，电影假设计算机具有了自我意识，并且视人类为敌人，所以向地球发射了核弹。其实让钢铁与电具有生命，并不现实，毕竟人类发明与利用了火这么多年，也不见火元素具有生命的。人类制造的计算机，它的屏幕在动，但任何动作，都必须有代码，或指令，它才会运动起来的。这就好像是一辆汽车，它的启动，必须有人手启动发动机，它才会开动的。简单来说，计算机的任何动作，即使是能连续几年运转的程序，也是要有人手，它才会开始运动的，如果没人手按那启动开关，计算机就永远不动。因为计算机和汽车一样是机器，它没感觉，不能依靠感觉感应外界，那它就没意识，所以就不会应感觉而自己活动起来。但是这里有个疑问，计算机真的很先进，人类文明也很先进，那么，人类可否给计算机设定类感觉系统，让它能感应外界，让它的系统具有辨识酸、甜、苦、辣的种种类感觉功能，从而先有感觉，后有意识，变成动物？如果这是可能的，说明人类制造计算机的技术已经达致巅峰，因为这等于说人类已经掌握制造“感觉”的技术了。但同时这也会很可怕，因为计算机的运行、计算、处理速度太快了，它的武器还是机器、核弹、未来机械工厂，所以如果它与人类为敌，无论是力量还是智力，人类逊色于它都是1比1000的概率，绝不是对手。但是问题是计算机会有类感觉系统么，首先人类会不允许，不会去给机器制造一个类感觉程序，但是现在人类正在研究DNA序列，利用计算机放大DNA序列，先观察，后制造，试图制造生命，改变DNA序列，那么如何防止计算机程序会形成感觉、自我意识、乃至思想，确实是个严肃的问题，需要认真判定。有一个乐观的想法是，人类的感觉系统，是靠几十亿年很漫长的进化得来的，换了铁与电融合的东西想有生命，一不大可能，二人类不允许，人类不会刻意去造这么一个类感觉系统，让电脑会自我活动起来，所以我们是需要去对电子做测试了，看看电子这种元素，会不会对外界有反应，如果它会吞噬、移动、进化，那说明它绝对拥有感觉，同时电与铁结合的计算机，也该注意，防止它会自己运动起来。最重要的是，不能让电脑有感觉，机器就是机器，它是用来辅助人类工作的，而不可以赋予它有DNA序列，思考的能力，否则它的自我意识是独立的，它会视人类为异类，异教徒。还有，当代某些科学家提出，让人脑与计算机连接，也是危险的，应该被限制，你怎么知道人脑活在计算机里以后，它的想法，它会不会视我们为敌人，异教徒，而以它能命令计算机的光速操作能力，你想怎么对付它的攻击。要知道核武器的发射程序，就被计算机控制。或许人类在制造DNA序列的时候，还是得让DNA序列属于实物，而不该用计算机替代，不能让机器有感觉或类感觉系统，细胞是不会威胁我们的。
我们人类想要获得永生，除了制造端粒，了解DNA序列的构成方式，其实还有一个方法，即细胞本体的不靠分裂的永生。要知最初单细胞发明DNA序列，靠繁殖永生，其实是迫不得已的办法，因为承受不住外在宇宙的腐蚀，为了让细胞年轻，有活力，才发明一个有生命遗传系统的DNA序列的，才让这个新的DNA序列可以有活力的生长。但假如细胞能承受住外在腐蚀呢，我们人类依靠现在的文明，能让细胞变得坚硬，承受住一切外在腐蚀呢，那我们是不是就不需要细胞分裂，就可像石头一般永生了？但这可能么，人类要如何靠氧气活着的同时，又不受氧气的腐蚀老化呢？要知道钢铁那么坚硬的东西，它面对氧气，也会被腐蚀生锈。比如，神经元细胞拥有与人类本体几乎一样长的寿命，是不是就因为它生长于脑与骨髓里，不与外界氧化腐蚀接触，所以才会寿命这么长的呢？所以，我们想使细胞长寿，这仍然得借助于人为的修补工作，以人的思想，人的科技，如同修补端粒，人为的修补一切损坏的细胞。但这方法，恐怕和解析DNA序列一样困难。同时如果真能这样，我们就又不是现在的样子了，有了细胞永生，就不需要让1细胞脱离增值为另一个1细胞了，我们就永远不会失去端粒，本体永生，除非是要创造另一些新生命，才会人为制作一些DNA序列，培养新的人类出来。
另外，论及单细胞为何会进化出一套DNA序列系统，靠繁殖进行种族永生，还有一个奇怪的问题，它为什么要分裂出去，而不是在自己体内蜕变，它本来就由诸多有机物组合成，如果生命体受损了，细胞受损了，它为什么不可以吸收外界营养，来使本体恢复，继续生存，这样记忆不就不会丢失，生命不就早就永生了么？难道是人为修复被氧化的老细胞难度太大了么？所以这种以DNA序列繁殖的方式，看似高明，其实是错的。因为生命作为单细胞的进化，本来就是原始低级的，它有感觉，但没意识，它会变化，但不懂选择变化为哪种理想形态，像眼睛鼻子耳朵等五官它都还没有，更何况是与文字相关的思想。所以它在进化DNA序列的时候，根本不懂如何选择体内蜕变的方式，也不懂把记忆存入DNA序列的方式，它只是靠基础感觉，想当然的制造了现在这么一个DNA序列模式，让整个生命界维持了30亿年的愚蠢模式。直到人类制造出了文字，产生了思想，能够分析、理解、判断这个世界以及生物模式，我们才开始懂得如何人为的修复细胞结构，干涉DNA序列，或者制造新的DNA序列，让人类实现永生，以及进化成以后更加有能力的新人类。
细胞的构成元素代号为O、C、H、N、S、K、Ca、P、Mg，当它们将要分裂前，会出现染色体，而不分裂的时候，细胞在显微镜里看不到染色体，也就是说，染色体是细胞衍生出的，只有当细胞需要分裂，才会自转，衍生出染色体与DNA。而每个细胞内有23对染色体，它可以复制，当细胞需要分裂时，它就被复制成为46对染色体，然后一分为二，变成了两个细胞为母细胞和子细胞，而在这个时候，因为它由某种元素推动，所以组成细胞里的各种元素都还在，但推动它们分裂的元素耗损了一些，而这个元素被称为端粒。至于细胞为什么能一生二的裂变，因为它能吸纳外部物质，营养，来使之变成染色体。同时根据某些研究，这23对染色体，如果以1号——23号来代称，1号染色体有关高歇病、前列腺癌病、老人痴呆症等病症，2号染色体有关先天性颤抖病、结肠癌病、学习障碍病、听障病、色盲病等病症，3号染色体和别的也一样，联接不同的病症。这说明人类要搞明白这些染色体的结构，观察它，分析它，从而找出医治所有疾病的答案。另外，细胞通过分裂达到永生，但细胞分裂是否需要外力的推动，而这推动力，假说为端粒，为什么会减少，估计是当代细胞长生学最注重的研究，因为它就像计算机里的电能，保持电能不停，计算机就一直运行，同样，保持分裂细胞的推动力不停，细胞就永远分裂。所以，端粒究竟是不是推动细胞裂变的动力，还有细胞裂变的时候需要什么动力么，这是个急需获得解释的问题，它确实很令人好奇，很值得深入研究。
每个染色体都由DNA序列与端粒序列组成，其实就是整个染色体序列，只不过，细胞每次分裂，DNA序列永远不变，但是端粒序列就会减少一些了。并且端粒的序列与DNA序列很大的不同是，它以TTAGGG重复，比如以符号来表示端粒序列，它为：5'...TTAGGG TTAGGG TTAGGG TTAGGG TTAGGG TTAGGG..3' 3'...AATCCC AATCCC AATCCC AATCCC AATCCC AATCCC..5'……一直重复下去，这说明什么？如果DNA序列属于生命体，繁殖元素，端粒序列很可能不属于繁殖元素，也即端粒序列与生命体无关，它的作用，很可能是一种启动机制，一种推动力，它就是专门用来保持细胞活跃的动力，或者是启动细胞分裂的钥匙。既然DNA序列可以一生二，二生四，四生八，永远不变，永远重复，那为什么它就突然停止分裂了？究竟是它老了不可转化营养了，还是失去了启动这种分裂程序的动力？而端粒的消耗，都是以序列5那里消失的，所以我们可以复制别的序列，补充那个失去的序列。所以我们迫切需要了解这些端粒序列，TTAGGG代表什么元素，也需要弄明白DNA序列的结构，才好人为的干涉这些生命序列。而由Elizabeth H.等人观察的端粒酶，据某些推测说，这种端粒酶可以维护、修补端粒，也就是人为的使端粒变长，但是端粒酶只能存活于癌细胞里，在癌细胞里很活跃，而在人类细胞里这种元素很少。因为细胞初期都具有分裂的能力，只有在后期，新细胞才会失去分裂能力，但奇怪的是，随着细胞分裂下去，它会越来越衰老，而不是吸纳营养制造新的DNA序列就使之像婴儿是年轻的，这就使人推想，难道端粒真的是一种激活细胞活动的动力么，有了它就可以使细胞活跃年轻，还是说细胞已经腐蚀老坏了就不可修复，那么癌细胞为什么不会腐蚀老坏？绝不是癌细胞不会腐坏，而肯定是有什么动力保护癌细胞持续运转不会损坏。如果DNA序列的分裂真由某种动力推动，那么，这个推动力都是什么元素？端粒酶属于其中一种么？因为癌细胞里的端粒酶很多，很活跃，偏偏癌细胞的染色体序列端粒就是永生的，然后癌细胞同样永生了，这就让人联想端粒序列的永生可能与端粒酶相关，因为如果DNA分裂由某种动力启动，那这个端粒酶确实需要经过试验，它是不是就是某种类似电能的动力？癌细胞的永生是不是因为推动它们DNA序列永远分裂的动力是永恒的？因为我们所处的这个世界，任何物质想要动起来，都需要某种神秘的力推动，比如计算机，由电能启动与推动，但电能确实是在减少，如果把生命比作电动车，它的移动会让充电器里的电减少，但生命能像电动车一样是个载体么？我们很想让人类的DNA序列像计算机里的代码，永生！
21世纪，我们这个时代，是个伟大的时代。自从有了文字、知识，我们现在已经有了飞机、汽车、显微镜、生物科学、还有富足的食物基础，据统计，目前全球有3000多名亿万富翁，但遗憾的是，我们这个时代仍未实现人类的永生，而全球这么多亿万富翁，他们又有多少人在对长生学进行投资呢！我们人类是最会交易的动物，为了性娱乐，每年可以支付多少多少金钱的支出，但永生呢，我们又该付出多少，交易成功，让我们研究出DNA序列，补充端粒，修补细胞，制造神经元，至少也要延长很多年的寿命，我们作为21世纪的文明人，这才甘心吧！另外，还有其它数据，说近100年来，我们人类的寿命平均增长了有40%，这些全是医学或科学的功劳，那我们更该对生命学进行多多的投资了，作为交易，或许我们人类一生只要节省一个月的工资，投资给全球研究生命学的医学家、科学家、文学家们，就可以以肉眼可见的速度实现人类长生了。作为交易论，你认为这值得么？
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此论文完毕，海岛祝福大家快乐，也希望收到你们的来信反馈。在我们这个21世纪时代，让文明奔跑，飞向宇宙吧！！！
2025.3.1
——海岛
