So Warm

Ou Ye's team presented a solution for the "Strong BSD Conjecture Proof," while Academician Su Wenxie's team was the first in the world to provide an explanation report.

Columbia University, USA.

After reading Academician Su's Team's explanatory report, Professor Gong Changwei exclaimed, "Old Master Su is incredibly fast! This explanatory report is practically perfect!"

Still in the United States, at the Clay Mathematics Institute.

After reviewing Academician Su's explanation report, Fields Medal winner Bhargava said to the director, "The prize can be awarded to Ou Ye. As for the Millennium Prize Problem, only Yang- Mills theory and the P versus NP problem remain."

Israel, Weizmann Institute.

Another Fields Medal winner Lyndon Strauss, after reading Academician Su's interpretation report, said to his staff, "Someone has completed the interpretation work before us, and it's very well done. We don't need to add any symbols."

Renowned mathematicians such as Gong Changwei, Bhargava, Lyndon Strauss have publicly stated that the Strong BSD Conjecture Proof by Ou Ye's team is valid. For any questions, please refer to the explanatory report provided by Su Wenxie's team. Therefore, the Strong BSD Conjecture has been proven. Congratulations to Ou Ye!

Subsequently, IMU issued a statement. "Upon verification, the Strong BSD Conjecture Proof by the Ou Ye team is valid, and the BSD Conjecture is a correct proposition. Congratulations and thanks to the Ou Ye team for your significant contribution to mathematics."

Oxford, England.

Dr. Adama also wanted to say something.

In the end, he said nothing, he just drank a bottle of vodka.

Domestic and international media outlets have reported on this:

"After thorough verification by the international Mathematics Community, Chinese mathematician Ou Ye has proven the BSD Conjecture, Millennium Prize Problem in mathematics!"

"Husband Shen Qi solved three Millennium Prize Problem, wife Ou Ye solved one, and the strongest mathematical family in history is born!"

"Can we wish Ou Ye a winning streak next year's Fields Medal in advance? She may become the second female mathematician in history to win the Fields Medal!"

"We were fortunate to interview Professor Ou Ye, who rarely makes public appearances. Professor Ou Shen Qi stated that her future work will focus on researching the problems that arise after the BSD Conjecture has been proven, as well as how to further translate the Millennium Prize Problem, such as the Riemann Hypothesis, the N-S Equation, and the Hodge conjecture, which have been proven by Shen Qi, into theoretical solutions."

"We can understand this as: what practical effects will the BSD Conjecture, Riemann Hypothesis, N-S Equation, and Hodge conjecture have after they are proven? This will be the direction of Professor Ou Ye's future research."

Ou Ye became a highly sought-after figure in academia.

She remained quite calm in the face of the overwhelming praise.

What new things will the proof of these profound conjectures bring to humanity?

Or is it just a numbers game on paper?

Ou Ye wanted to figure out the real secrets hidden behind these centuries-old conjectures.

The application of the Riemann Hypothesis has already been initially realized. In the field of quantum key distribution, the Riemann Hypothesis has been applied.

Even before Shen Qi proved the N-S Equation, they had been applied to many engineering fields.

In which areas can Hodge conjecture be applied?

It is still worth further study.

If we expand upon the BSD Conjecture, we enter the realm of philosophy.

And what comes after philosophy?

These are all topics that Ou Ye should delve into.

Before formally researching these topics with uncertain outcomes, Ou Ye decided to take a vacation, go back to her hometown to visit her parents, and travel with her husband and daughter during her time off.

Ou Ye has paid annual leave, and so does Shen Qi.

However, Shen Nuo Fei did not.

Shen Nuo Fei only had two days off over the weekend.

"Nofi, you're going to compete in the Spring Festival Cup next week. This weekend, Mom and Dad are taking you out to play. Where would you like to go?"

"I want to see the stars, the stars in winter, there are the most."

Shen Nuo Fei's answer surprised Shen Qi and Ou Ye somewhat.

Last summer, Shen Qi told Shen Nuo Fei during a parent-child stargazing activity that the stars in winter are just as bright as those in summer, but there are more stars in winter.

Shen Qi casually mentioned a piece of astronomical common sense, which Shen Nuo Fei remembered very accurately.

Therefore, it is important to be responsible when communicating with children. A casual remark from a parent can be remembered by a child for a long time, even for a lifetime.

Since my daughter wants to see the stars, let's take her.

Shen Qi and his family of three drove to Huairou Mountain to stargaze as planned.

On a clear night, you can see the stars in the Huairou Mountain.

After setting up the telescope, Shen Qi and his family of three looked at the stars together.

It is often said that the stars are brighter on cold, clear winter nights than in other seasons.

Although the stars may appear brighter, actual measurements show that there is no difference in star clarity between the best nights of winter and other best times of the year. What truly distinguishes the winter night sky from other seasons is that it contains a greater number of bright stars.

Numerous bright stars mean a richer constellation.

Orion, the most majestic constellation in the sky and the greatest hunter in mythology, continues to guard the universe 770 light-years away from Earth. This hunter has a unique three-star belt; among stars of this brightness, no other three stars are so close together.

"Mom and Dad, I see Rigel! It's so bright!" Shen Nuo Fei shouted excitedly, oblivious to the cold wind whipping against her little face.

Ou Ye rubbed her palms together to warm them, then pressed them against Nofi's cheeks. "Nofi has even found Rigel! She's even more amazing than Mom!"

Rigel, the brightest star in Orion, is one of the most luminous stars known. This blue-white star is about 50,000 times brighter than the Sun. There are 1 million stars closer to Rigel, but none of them can match its energy output.

Rigel Shen Qi helped Nuofei pinpoint Rigel, but Shen Nuo Fei's memory and recognition abilities are truly remarkable, as she was able to accurately name this brightest star in the night sky.

After playing with the telescope for a while, the family of three opened the trunk of their car, snuggled up on the trunk floor, looked up at the stars with their naked eyes, and let the starlight shine on them.

Suddenly, the air moved violently, and Sirius began to flash brightly, its color changing almost constantly from white to blue and then to orange, as dazzling as a diamond.

"So beautiful!"

Shen Nuo Fei pointed to the star that kept blinking, and her own eyes blinked involuntarily.

"Is Nofi cold?" Shen Qi hugged his wife and daughter tightly. Compared to the beautiful stars, the two women beside him were even more beautiful.

"It's so warm with Mom and Dad here." Shen Nuo Fei exhaled white breath, but her heart was filled with warmth.

Ou Ye's heart almost melted. She happily hugged Nuofei and looked sweetly at the man beside her.

This man once took Ou Ye to see the stars, and now he's taking him and Ou Ye's daughter to see the stars. How I wish this tradition could continue forever.