In the conference room, seeing the confusion on Xu Chuan's face, Liu Jiaxin explained softly.
"The ranking of the academic weight of these papers is weighed from many aspects."
"For example, the number of citations, whether it has been peer-reviewed, academic awards and honors, practical applications and policy impacts, academic and public attention, etc."
“Papers in different fields have different judgment standards.”
With this explanation, Xu Chuan suddenly understood why the unified theory of strong electricity was only ranked ninth in the ranking of this AI academic intelligent assistant.
Judging the importance of an academic paper requires comprehensive consideration.
For example, the number of citations.
This is one of the core indicators for measuring the influence of a paper, which reflects the frequency with which a paper is cited by other researchers.
The more times a paper is cited, the greater the impact of its research results on the academic community.
Data in this area can be tracked and calculated through academic databases such as Web of Science, Scopus, etc.
Another example is peer review.
For academics, whether a paper has been peer-reviewed is also a particularly important part.
This is a quality control mechanism that uses experts in the field to evaluate papers to ensure the quality and contribution of the research.
Although the results of peer review do not directly reflect the influence of the paper, it is an important part of evaluating the academic value and credibility of the paper.
Therefore, after comprehensive consideration, the unified theory of strong electricity ranks ninth, which is already not low.
It can even be said that it has been given considerable importance in the algorithm of this AI assistant.
After all, although his unified theory of strong electricity has held academic seminars, it has not been published in academic journals, nor has it been fully verified.
The CRHPC institution is still using the Ring Super Particle Collider to verify other predicted constants in the unified theory of strong electricity.
There is a big gap between theory and truth.
In this case, this AI assistant can rank the unified theory of strong electricity at ninth place, which is already quite good.
Of course, this may also be a ranking that takes into account the popularity, influence, impact factors and other factors of the unified theory of strong electricity.
After all, although this paper has not been fully verified, its reputation and influence are really not low.
...
After testing this AI academic assistant in various ways, Xu Chuan nodded with satisfaction.
It is a very good academic intelligent assistant. It is quite good in all aspects, whether it is for judging the importance of the paper, organizing, interpreting, evaluating, or for entering, typesetting, grammar checking and other functions of the paper manuscript.
of excellence.
Of course, there are also disadvantages.
Because it didn’t take long to write, the performance in all aspects still needs a lot of tuning.
After thinking for a while, Xu Chuan said: "Perhaps we can make an APP and release it to the public for profit and intelligent training."
If you want to say that the fastest way to optimize an AI, then naturally it is to be used by a large number of customers.
Different experimental data can be accumulated every time it is used. After these data are summarized in the database, they can be fed back to the intelligent assistant itself.
For example, the GPT deep learning model was very popular some time ago. Its powerful information integration and dialogue capabilities have amazed the world as soon as it was released, and it has shown amazing capabilities in natural language processing.
And the language interaction ability of this AI academic assistant is not bad in this regard.
After extensive training, it may be possible to expand from the academic field to other fields.
On the side, Liu Jiaxin nodded slightly and said: "This is not difficult, it can be completed in about half a month."
Chuanhai Network Technology Co., Ltd. currently has nearly four digits of programmers. When the core main program has been completed, it will not take long to create a customer-oriented app for different users from various countries around the world.
Xu Chuan smiled and said: "I will help recommend you then."
This is an academic AI assistant. With its status and credibility in the academic world, I believe this APP will quickly become popular in the academic world.
Of course, it only serves as an introduction. What really makes this little assistant widely used in academia is its own performance.
After all, you need to be strong to make iron.
After chatting for a while, he suddenly remembered something, and Xu Chuan asked: "By the way, do you want to name this AI academic intelligent assistant? Can't it be called Little A?"
Liu Jiaxin shook her head and said: "Little A is just a code name during the development of the project. It has not been officially named yet. How about you pick one?"
Xu Chuan thought for a moment and looked at the Milky Way spinning on the screen. After thinking for a moment, he said, "Why don't we call it 'Qi Ling'."
After a slight pause, he smiled and said: "As for daily life, let's call it 'Little Spirit'. Spirit is the same as zero, which also represents the beginning of everything."
Enlighten the spirit of artificial intelligence, with quick thinking, dexterity, and self-breakthrough in innovation and independence. I hope that it can grow into a real artificial intelligence in the future and give itself a real soul.
...
Blue sky and blue sky.
Accompanied by the roar of high-speed airflow, a huge space shuttle like a manta ray is flying above the clouds.
The red-purple tail flame is as gorgeous as the sunset.
At the same time, on the other side.
NASA Satellite Monitoring Center, North America, Washington.
A large-scale surveillance system composed of several screens has real-time optical images transmitted from satellites.
The Xinghai Research Institute is the focus of surveillance by the United States and NASA. Especially after the Shu Aerospace Base developed and manufactured the first-generation Xinghai space shuttle, its monitoring intensity has been raised to a peak.
Whether it is high-resolution optical satellites in low-Earth orbit or military reconnaissance satellites, they are the norm.
The flight experiments of the second-generation Hanhai space shuttle are also being monitored.
Of course, neither the Xinghai Research Institute nor Xu Chuan thought about 'covert' operations.
As far as the current technological development is concerned, it makes no difference whether the Xiashu Space Base is built here in Jinling or in the inland desert.
Today's satellite surveillance, to be honest, in big countries like China and the United States, if you think about it, you can basically see what you look like when you walk on the ground.
As for a huge piece of equipment like a space shuttle, as long as the other party is willing, it can basically be monitored.
In particular, neither Xinghai nor Hanhai has stealth capabilities.
After all, both in name and in practice, the first and second generation space shuttles are used for aerospace, and it is impossible to apply invisible coatings.
And this is not the first time that NASA has monitored the flight of Hanhai.
Looking at the space shuttle that is larger than Xinghai in the satellite surveillance screen, I looked through the data collected by NASA in recent times.
A deputy director of the CIA intelligence agency frowned and said: "They are stronger in space. This space shuttle can obviously carry more 'materials' than their Xinghai."
He was talking about materials, but everyone present understood that in normal times it could be various materials and equipment needed for aerospace development.
But in times of war, they can also be various offensive weapons, or even strategic weapons.
Especially the huge wings, the area on both sides is wider and longer than that of the first-generation space shuttle, somewhat similar to their B-2 Phantom bomber.
You know, as long as the aircraft can bear the corresponding load, the wide wings can represent the number of rotating bomb racks to a certain extent, and the number of rotating bomb racks means carrying 'missiles' and various weapons.
quantity.
For example, their B-2 bombers can carry 16 AGM-129 cruise missiles on two rotating bomb racks, and can also carry 80 MK82 or 16 MK84 ordinary bombs or 36 CBU-87 cluster bombs.
This amount of bomb load is simply not comparable to that of ordinary fighter jets.
In front of me, the wings of this second-generation aircraft are obviously wider than those of the first-generation aircraft.
Although it is designed like this for Xu Chuan and Xinghai Research Institute just to facilitate vertical takeoff and landing, for NASA and the CIA, it is impossible not to speculate on military aspects.
NASA Administrator Bill Nelson said: "We first detected this new space shuttle a month and a half ago."
"Judging from the relevant data detected by satellites, the fuselage length of this space shuttle is not much different from that of their generation Xinghai space shuttle, but the wingspan and wing width are several times greater."
"It can be speculated from the data that the take-off weight of this space shuttle in the atmosphere can reach about 800 tons, assuming that the engine performance does not change much."
After a slight pause, he looked at the Hanhai on the surveillance screen, and then speculated: "Judging from the tail flame, they still use the same aerospace engine as the first-generation aircraft, which is the electric pusher system."
"With its miniaturized controllable nuclear fusion device, this space shuttle's fuel requirements are much smaller than those of ordinary aircraft. As a result, its maximum payload may exceed 500 tons."
"Of course, this refers to the data for flying within the atmosphere. If it breaks through the atmosphere, this number should be reduced to about one-tenth to one-eighth of the original amount, that is, fifty to eighty tons."
Upon hearing this data, the deputy director of the CIA's Intelligence Bureau turned pale on the spot.
With a load capacity of 800 tons, this quantity has exceeded the An-225 transport aircraft that was lost on the battlefield in the past two years.
That super-large military transport aircraft developed by the former Hongsu Antonov Design Bureau has a maximum take-off weight of only 640 tons.
More importantly, the An-225's cargo hold has a maximum load capacity of only 250 tons.
The data of a new space shuttle with a maximum load of more than 500 tons, even if it only travels in the atmosphere, is fully twice that of the An-225.
This level of load-bearing is undoubtedly extremely terrifying when used in military applications.
Frowning, the deputy director of the CIA said: "Director Bill, how is the research on your latest space shuttle going?"
Facing the Xinghai Research Institute's space shuttle, if they have no countermeasures, it will be a huge threat to national defense security.
Upon hearing this question, Bill Nelson quickly said: "The space shuttle Endurance has passed most of the tests. In about a month, we will officially have an operational space shuttle."
"Although it is not comparable in size to space shuttles such as Atlantis and Endeavor built in the last century, it is not a big problem to carry more than ten tons of materials and equipment into outer space."
Unlike Xinghai Research Institute, NASA has neither miniaturized controllable nuclear fusion technology nor aerospace engines that can carry more than ten tons of materials into space. They still use the older generation of space shuttles.
That is, the space shuttle is sent to the sky through external thrusters, and then the space shuttle's own fuel system is used to perform orbital flight, etc.
Although it is far from comparable to the Xinghai Research Institute's space shuttle in terms of flexibility, it can still be considered to be able to freely enter outer space and the atmosphere.
After saying this, Bill Nelson sighed inwardly.
Although they are almost able to reproduce the space shuttle, compared with China, in terms of aerospace strength, if we only look at the space shuttle and launch technology, they are already far behind.
Hearing this relatively good news, the CIA deputy director's frown relaxed a lot.
Since the Xinghai Research Institute developed the electric-propulsion space shuttle, the pressure on the United States' national defense has soared to the highest point in history.
This chapter is not finished yet, please click on the next page to continue reading the exciting content! A space shuttle that can freely enter the atmosphere and outer space, its strategic position can be imagined with your toes.
And they, who had sealed the space shuttle developed in the last century, urgently needed a way to deal with it.
The Endurance space shuttle, developed by NASA in cooperation with the Sierra Nevada Corporation, is not as large as a traditional space shuttle.
But for the United States today, the biggest pressure is not the size, but whether it has the ability.
As long as there is one, even if it is miniaturized, it is enough.
Sighing, the CIA director shook his head, brought himself back to reality, looked at Bill Nelson, and asked:
"In addition, when will the 'pulsed plasma rocket' technology you are researching be completed?"
Although they have lagged behind China in the field of space shuttles, their accumulation in the aerospace field over the past few decades is not for nothing.
'Pulse plasma rocket' technology is one of NASA's reserve accumulation technologies. Compared with the space shuttle, this is NASA's new trump card.
This is a technology in the ‘NASA Innovative Advanced Concepts’ program, which had been established as early as 2013.
However, due to the lack of any rivals in the aerospace field at that time and the huge cost, the plan was shelved by the United States. It only invested a relatively small amount of money for NASA to conduct research, and no other actions were taken.
Now, restarting the quantitative technology in the plan is also a move they are forced to make.
I have to say that times are changing really fast.
They have always claimed to be number one in aerospace, but they were forced to this point in the aerospace field.