Mathematics level 3 (73/100%), mathematics determines the host's brain development progress and also determines the level cap of other subjects;
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Informatics lv3 (65/100%), Genetics is the code of God, and the ultimate goal of the code is to create God.
Otokogawa's main focus is still computer codes in mathematics and informatics, and other subjects are put aside for the time being.
Mathematics is the father of all subjects. It is an unavoidable basic subject that determines the upper limit of the levels of other subjects and is more related to the degree of brain development.
Although I don’t know how this experience value is increased, it increases quickly if I think hard and study difficult math problems.
There are certainly reasons for choosing informatics.
Firstly, the digital life Eva is so useful. Having such a powerful assistant in informatics but not using it and focusing on the hard subject of physics and chemistry is something you must be crazy to do.
Second, some people have described the unique position of computers in the development of science, believing that computers are not just tools like telescopes or microscopes that can discover new things, but also a way to change the way research is done, like a "small factory" that creates "new viewing glasses" to observe new patterns in scientific data.
Nowadays, even in research fields that do not require processing large amounts of data, it is difficult to find scholars who do not use computers.
Ecologists use computers to simulate the effects of ecological disasters on animal populations;
Biologists use computers to search through vast swathes of DNA data;
Astronomers use computers to control telescope arrays and process the collected data;
Oceanographers use computers to integrate data collected from satellites, ships, and buoys to predict global climate;
Sociologists use computers to predict the likely effects of policies or to analyze interview transcripts.
Computers have penetrated into almost every discipline, helping researchers find areas of interest and research value in these data.
Collecting and analyzing data are both inseparable from computers. Without computers or supercomputers, many research projects simply cannot be carried out.
The development of computers has driven the development of the entire scientific system.
In fact, what Xiao Yi didn’t care about was that after the new algorithm he named Matrix was submitted to the country, the performance of the computer was greatly improved and his personal profile had reached the highest level.
After the Goldbach conjecture was proved, the country did attach great importance to it, but pure numbers are pure numbers after all. What is the use of the Goldbach conjecture
At least it's of no use now.
The whole world may very likely fall into a major crisis in the next second. It is impossible to care about what will happen decades or hundreds of years later. What we should do in troubled times is to focus on the present.
It’s like a country is about to perish, should nuclear bombs be used
Are you still concerned about nuclear pollution
It must be blown up directly. Win the war first, then consider the pollution.
The same is true in science. Resources must be allocated first to scientific research that can produce direct value, such as biochemical genes, which are the foundation of the awakened; such as materials and energy, which can have a direct impact on the military.
Naturally, these studies require money and people.
This is the basis for human victory in war.
As for mathematics, it depends too much on personal talent.
Why did Oto Ogawa want to build a supercomputer
Because of changing the house for Eva
It’s not just because of Eva, but also because of the powerful application of supercomputing in various disciplines.
This is also the reason why the country passed it immediately.
Modern science, whether physics, chemistry or materials science, has extended to disciplines closely related to computers, such as computational physics.
Almost all major branches of physics can find a place in the application of computational physics, such as computational mechanics, computational electrodynamics, computational plasma, etc.
Computational mechanics is composed of computational fluid dynamics, computational solid mechanics, and computational contact mechanics.
Computational fluid dynamics and computational electrodynamics have jointly contributed to computational magnetohydrodynamics.
In the n-body problem of quantum mechanics, when n approaches infinity, it becomes a computational chemistry problem.
Computational solid state physics, as an important branch of computational physics, is directly applied to materials science.
A branch of science related to calculating the properties of condensed matter is called computational statistical mechanics, which is used to solve problems that are difficult to solve with other methods, such as percolation filtration, magnetic rotation, etc.
Computational astrophysics is even more inseparable from computers.
A piece of paper and a pen are enough for qualitative calculations, but if you want to do quantitative calculations, such as using experimental data to perform precise simulations, this has nothing to do with whether you are good at mathematics. No matter how good you are at algebra and geometry, the amount of calculation is beyond the human brain's ability to handle.
Only supercomputing can accomplish this.
Supercomputing is to science what nuclear bombs are to modern warfare.
Xiao Yi is building his own laboratory step by step, and supercomputing is an essential tool and is indispensable.
Moreover, after Eva takes over the supercomputer, her abilities will be further demonstrated.
Digital life and artificial intelligence will truly usher in the fourth industrial revolution.
It will surely lead mankind to the sea of stars.
Once upon a time, no one knew what the next generation of technological entities would be.
The so-called scientific subject is the most important factor triggering the scientific explosion.
For example, the first scientific explosion, although historically it began with the European Renaissance, in fact, it began with the steam engine. Of course, that was called the Industrial Revolution, but didn’t human science progress closely along with social progress
Then came the internal combustion engine, and then the large-scale use of electricity, and the Second Industrial Revolution broke out. This was the electric industrial revolution in history, and immediately after this, various sciences based on electricity began to develop.
Following the Second Industrial Revolution, the Third Industrial Revolution was the leapfrog development of atomic energy, electronic computers, space technology and bioengineering. But in the final analysis, it was the development of electronic computer technology that gave rise to the Scientific Industrial Revolution. Without computers, all kinds of modern science would have no soil to emerge. It is impossible to require manpower to calculate equations that need to be calculated billions of times, right
Up to now, human science is still enjoying the fruits of the Third Industrial Revolution. That is to say, even though the Third Industrial Revolution has broken out for several decades, in fact, human beings’ current technological level is still in the Third Industrial Revolution period.
So… what is the outbreak point of the Fourth Industrial Revolution? What is its soil? What is the new round of scientific explosion triggered by it
When the spiritual energy revival begins, geneticists say that it must be biological genetic technology.
Because the power of genes has mysteriously erupted.
But this is uncontrollable and mystical.
The whole world is researching it, but it is just research and has only achieved superficial results.
All scientists have a consensus that when the soil for the Fourth Industrial Revolution appears, mankind will usher in a new round of scientific explosion, thereby completely completing the Fourth Industrial Revolution.
Reiki is a type of energy.
One direction is to use spiritual energy as an energy source to achieve a technological explosion.
Lingshi Technology is not a fantasy in Xiao Yi's opinion. He has already received clear hints in the black technology:
The energy crystals contain a strange substance, which will have a special effect when applied to water extraction energy modules. About one gram of crystals used as special additives can produce energy equivalent to that produced by one thousand barrels of oil, and the rest of the costs can be ignored.
While this is feasible, there is no clue at this point.
Innovation in space technology is one path.
That mysterious channel that can connect countless light years is a kind of space technology.
But for the current Earth, it is too far away. Although it is not beyond comprehension, it is a fantasy to replicate it.
Regardless of the definition of science, the most important feature of science is that it can be repeated, that is, the same conditions, the same process, the same results. Whether it is natural science or social science, as long as it is called science, it must be repeatable. If it is not repeatable, it is definitely not science, it may be superstition, magic, or fraud.
Wormhole space-time tunnel is a kind of non-repeatability.
Otokogawa looked at the digital life that has been developed and felt very excited. The outbreak of the Fourth Industrial Revolution is definitely just around the corner.
Now, looking at the Jiangcheng supercomputer that has settled in the Bagua Building, the construction speed under the full operation of the state agencies is terrifying.
Artificial intelligence is about to take the stage.
If one supercomputer is not enough, build ten.
Perhaps, as long as the supercomputers around the world are connected, Eva will undergo a qualitative change.
As for the dangers of artificial intelligence, Xiao Yi said "haha"...
Digital life is just a small skill under black technology. If we are to calculate the danger value, black technology should be ranked first.