[Abilities: "Causality Law", "Connection Law", "Supervision Law" (To activate the next stage of abilities, you need to consu 18,000 Study Coins.)]
"Still 4,000 short!"
Zhao Yi was eager for the next stage, which was to activate his fourth ability, "It seems that in order to quickly increase Study Coins, I need to conduct influential research!"
"If I could complete my life goal mission, the biological dicine chanism project could also bring Study Coins, and I would be closer to activating my next stage ability."
As Zhao Yi was studying the system, many mathematicians and mathematical institutions around the world were planning to use Zhao Yi’s proof strategy to research Goldbach Conjecuture, aiming to reduce the number 246 to get closer to a proper proof of Goldbach Conjecuture.
If there’s one, there will be a second.
Zhao Yi’s proof paper laid a solid foundation, and as they continued to follow this pattern, they could probably reduce the number he used in his Twin Pri Conjecture proof until it was infinitesimally close to being complete.
It is similar to Goldbach Conjecture.
Dostic mathematician Chen Jingrun proved the conjecture as close as ’1 2’, which is infinitely close to proving Goldbach Conjecture. However, it is extrely difficult to make the final step, as the actual distance to the complete proof is like a chasm.
The sieve thod for proving Goldbach Conjecture can be said to have ended here.
Now, many mathematicians in the world hope to do more exploratory work, even if they still cannot prove it in the end, their work is very significant.
It’s not just one mathematician, but a large group of them.
Terence Tao from Los Angeles was among them.
Terence Tao received the information sent by Zhao Yi and discovered that Zhao Yi hadn’t started working on the algorithm but had made modifications to his mathematical theories.
At first, Terence Tao didn’t pay attention and even felt a bit amused. He considered himself to be the top mathematician in the world, and it would be extrely difficult for any mathematician to modify his achievents.
However, when he looked at the modified content patiently, he was completely absorbed.
After the modification of these mathematical theories, the performance was improved several tis, and even appeared more concise.
Of course, conciseness doesn’t an simplicity.
It’s like a large pile of complicated basic operations has suddenly been replaced by a mathematical formula, which is very difficult to understand.
So Terence Tao took a long ti studying it, feeling that it was incredible. He had spent a long ti studying these mathematical theories, but Zhao Yi took just over two months to complete all the modifications and improvents?
That was too unbelievable.
What Terence Tao didn’t know was that Zhao Yi didn’t take two months, but just one or two hours after understanding the material, to complete all the revisions.
As Terence Tao was looking at the mathematical theories in digital compression technology, he noticed the dia bombardnt of Zhao Yi’s new paper.
He took the news more seriously than others.
Terence Tao had always wanted to research Twin Pri Conjecture but could not find a breakthrough point, so he did not know how to approach it.
After the International Mathematicians Congress, Terence Tao’s breakthrough was the three-dinsional tremor waveform diagram, but when he started his research, he found that Zhao Yi had already made a breakthrough.
That was amazing!
Terence Tao skimd through Zhao Yi’s paper, did not look at the details, and sent a ssage to Zhao Yi right away, filled with mixed emotions, "Is this what you called insignificant research?"
Before this, Zhao Yi had talked to Terence Tao about his fourth paper, without elaborating any details, just saying it was " a supplentary research related to Twin Pri Conjecture and doesn’t hold much significance."
This is insignificant?
If research becos aningless, mathematicians all over the world should cry.
Zhao Yi didn’t find Terence Tao’s ssage strange, as many people had praised his research, and he was already aware of the significance of his studies.
Pioneering and innovative research!
It’s an essential step for proving Twin Pri Conjecture!
Anyway, it’s amazing!
Zhao Yi’s only realization was that in mathematics, theoretical research really seed to be more critical than application and problem-solving.
Perhaps it’s a difference between disciplines.
If it were in the field of computer science, rely pointing out a direction to solve an essential issue and stating so theories would have little practical significance. In mathematics, however, it would be considered significant research.
Well, fine!
He could only accept it.
Terence Tao didn’t study Zhao Yi’s paper carefully, just made a few comnts, and finally said, "It’s a pity you missed this year’s Fields dal. If it had been a year earlier, you could have been the youngest to receive the Fields dal at the age of 19!"
"Haha."
Zhao Yi could only laugh.
A year earlier?
He had only just been reborn and was worried about the main task of getting into college!
Next, the two began to discuss the mathematical theories of digital compression technology.
Zhao Yi had a detailed understanding of this issue, as Supervision Law provided enough feedback. He discussed it professionally with Terence Tao, and even answered Terence Tao’s doubts.
They talked for more than an hour, solving most of the significant issues.
Terence Tao hung up the phone and sat silently in his chair. He had only discussed mathematical theories with Zhao Yi, but it felt like he was asking questions as a student would ask a teacher.
How many years had it been since he experienced this feeling?
Terence Tao gave a bitter smile.
Although he was still reluctant to admit it, deep down, he suddenly felt that there was a gap between his mathematical abilities and Zhao Yi’s in so aspects.
Indeed, there was a difference!
Terence Tao shook his head. Suddenly, he felt a strong motivation. He wanted to compete with Zhao Yi.
So it started with Twin Pri Conjecture!
Zhao Yi proved that the bounded gap of pris was less than or equal to 246, then he would reduce the gap. Although it wasn’t groundbreaking research, at least it would show that he was no worse!
This was important!
I, Terence Tao, am the youngest and most talented mathematician in the world!
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