Chapter 88: Fierce Soldiers

After finding the potential customers of the super thigh level of the "Xia Shang Zhou Dynasty Project".

Gu Wan's confidence in investing money to develop an ion accelerator mass spectrometer skyrocketed more than ten times.

It doesn't matter whether Gu Wan likes liberal arts or not, whether he has studied history or not.

What is important is that in this world where basic scientific research, "unprofitable scientific research" is struggling, free riding to develop high technology, this result.

In a world where everything looks at money, if you don't hug your thighs and don't hitchhike, many things will not be able to be made in the Year of the Monkey.

After the ion accelerator mass spectrometer is made, it will not only be useful for archaeology, but in the future, the cost will be reduced and the design will be refined, and many other isotopes that "cannot be used as nuclear fuel, but also have scientific research significance" can be separated.

This is of great help to the basic research of atomic physics for all mankind.

Moreover, Gu Play obviously has greater ambitions.

Because he knew that on Earth, the ion accelerator mass spectrometer (abbreviated as AMS for the sake of less water) was invented in 1977, and that thing first evolved on the basis of the large elementary particle collider.

In principle, the traditional collider does not deliberately de-electron operation, because it directly collides with hydrogen nuclei or fast neutrons, and the purpose is to observe the quarks and other things that are separated after the proton neutron is crushed.

Therefore, the terminal voltage of the first generation of AMS is very high and the cost is very expensive, such as CI-AE-HI-13 AMS.

After more than ten years of development on the earth, it was not until the early 90s that the AMS was completely separated from the design of the traditional large collider, and the terminal voltage and acceleration rate were reduced, and the functional requirements were supplemented with other designs, and the system redundancy and waste were reduced.

Representative scientific research institutions of this era include the Woods-Hole Oceanographic Institute in the United States (which can also be translated as the "Wooden Cave" Oceanographic Institute) and the WYN University in Austria, all of which have made this generation of AMS.

Later, in the 21st century, the cost of AMS decreased year by year, and companies specializing in mass production of such equipment appeared to sell money, and the voltage at the end of the equipment was also reduced to 500,000 volts.

(In the past, scientific research institutions made their own use, and sold to other units by the way.)

In addition, in the fields of high-energy colliders and ion accelerators, 500,000 volts is considered a very economical low voltage. Large colliders have voltages of millions of volts or tens of millions of volts, otherwise the acceleration is simply not fast enough to shatter elementary particles such as protons and neutrons. )

Now, on the Blue Hole Star, because the maps of various countries are cheap, the large particle collider has not yet been built. This field is at least 20 years behind the planet.

Therefore, Gu Play is equivalent to turning the effect into the cause, directly making a miniaturized and economical AMS first, and then after accumulating team experience and project strength in the future, he will go back to build a large collider.

The Large Collider is the crown jewel of experimental physics, and it is a great weapon to help mankind understand the internal structure of atomic nuclei, understand the composition of more microscopic particles, and understand the origin of the world.

Not to mention anything else, just mentioning two points can make people know the importance of this thing:

First of all, on "The Three-Body Problem", the three-body star people locked the earth technology, relying on the particle collision experiment that allowed the "Zhizi" to interfere with human beings. This is to fundamentally lock in humanity's understanding of the power of the Origin Law of the universe.

Second, on Earth, in the 2010s, Academician Wang Yifang and Yang Zhenning debated the turmoil for several years, in order to "whether the Chinese should take the lead in investing hundreds of billions to build a super-large particle collider, so as to win the overtake of the United States in basic experimental physics."

Of course, what Academician Wang and Yang Zhenning quarreled about was the "super-large collider", and the word "super" was added, and the purpose was to try to break the most basic particles that have been discovered so far into more pieces, and see if there are any new discoveries. That is the next generation of what Gu Wan and Dean Ding are currently striving for, but the technical route is in the same vein.

Therefore, even if you don't know physics anymore, you can understand the importance of this thing after looking at these two examples.

……

After thinking about everything, Gu Wan took advantage of the last three days of the winter vacation to record the path ideas, long-term prospects, and process planning by the way.

Together with my sister and girlfriend who have a good writing handwriting, I formed an initiative according to the style of writing a feasibility report when I was engaged in a cesium atomic clock.

Of course, there must be a hand left in the document, especially the specific implementation of the technical path, which cannot be disclosed, lest others bypass Gu Play in the future and go it alone - this kind of feasibility report is generally shown to the competent unit that is ultimately responsible for approving the money, mainly the Ministry of Science and Technology, and the Ministry of Culture may also get some. So as long as you can convince the bureaucracy, the specific technical details are not important.

After making these preparations, Gu Wan sorted out the current conditions and found that he still lacked two resources.

The first is that the start-up capital is still not secure, and he needs more traditional financing.

Because of the more than one million dollars in his hands, it is definitely not enough for the AMS project. And because of the existence of the "ideological steel seal" in his mind that "financial speculation dogs can't share dividends", Gu Play thinks it's better not to accept venture capital.

At present, if his cousin can get him convertible bonds, and finally do not give the investment institution a proportional share of the benefits, it is still acceptable. Otherwise, we can only count on special low-interest loans supported by the state.

The second problem is that although he currently has a summary of the principles and general ideas of AMS design in his mind, he does not have enough knowledge in his previous life for more details.

In the current situation, if it is forcibly developed, it is not impossible, but the control test and repeated waste will definitely be several times more, so it will have to be solved by spending more money.

If you want to be like when you developed the cesium atomic clock, you have a hit rate like a hanging, and you don't take detours and don't try and make mistakes, then you still have to count on the database in his head.

However, in order to access the database, it is necessary to scare against speculative scammers.

At present, in this project, it seems that there are no greedy financial dogs coming out to find death, so you can't just find a dog to scold it.

This damn ideological steel seal is not like the traditional system, and it directly and clearly gives me a task.

can only raise money slowly, and see if there are any blind guys in the process for Gu to play with the sacrificial knife and do the right thing for the sky.

Before I knew it, the last day of winter vacation had passed, and Gu Wan had to start school and return to school.

He decided to fool Dean Ding with some reservations first, probe the wind, and see if he could get some resources from the school that would not cause trouble.

And counting the days, the paper he submitted before the winter vacation on "Separation of Small and Small Atomic Isotopes by Ion-Accelerated Mass Spectrometry" should have been published.

Top international journals are not as long as domestic journals. It can be published in a month, which is already very fast.