"Void Field!

"It is also the void field theory. If it is abbreviated, it is XC theory. I am honored that it is the same as the Chinese pinyin of my name."

After a slight pause, he continued to write:

"According to the principle of state superposition, any state with spin 1/2 can be written as: XC(n)=a↑) β|↓, where a, β are complex numbers, and |a|2 |β|2=1."

"And there are two states, namely (XC(n)↑)= 1/?2 (|↑)) |↓)(XC(n)↓)= 1/?2 (|↑)) |↓))

They correspond to σ^x=1/2 and -1/2 respectively. We can also use |→), |←) to represent the original two states, replacing a'=(a β)/√2,

β'=(a-β)/V2....."

"In short, void breaking occurs at a relatively higher energy level than Higgs breaking, bounded by the strong electric symmetry breaking coupling constant of 17 Tev..."

"Of course, today's theme is still 'Reverification of coupling constants for strong electric symmetry breaking', and the void field is just an additional topic."

"But standing here, what I can tell you is that there are endless mysteries and endless possibilities. In the future, maybe we will have a collider powerful enough to reveal its complete veil."

This chapter is not finished yet, please click on the next page to continue reading the exciting content! "In the future, CRHPC will also arrange higher-energy collision experiments to verify the breaking effect of quark groups, gluons and void fields."

Having said this, Xu Chuan's face showed a smile again.

"I welcome scholars from all over the world to join this great research, to witness the microscopic world, and to explore the true origin of the universe!"

"And our physics is far more than the standard model we are familiar with."

"thank you all."

After speaking, he bowed slightly, saluted the audience, and walked back to the reporting table from the blackboard.

The moment he moved his steps, applause rang out like thunder in the auditorium, sweeping the entire venue in an instant.

Everyone was celebrating and applauding, and the roaring applause was like thunder, almost knocking over the ceiling of the entire auditorium.

The applause lasted for more than half a minute. After the enthusiasm, Xu Chuan pressed his palms and gradually stopped.

Taking a deep breath, he looked at the audience, his eyes scanned around the tens of thousands of people in the venue, and finally landed on the 'acceptance team' sitting in the front row.

Although there were many physicists participating in this lecture, it can even be said that most of the scholars came here for the breaking effects of quark clusters, gluons and void fields in high-energy collision experiments.

But the fact is that today's report meeting was not prepared for void fields and related theories.

Before exploring the void field, he had one more important thing to do.

That is through the ‘acceptance work of coupling constants for strong electric symmetry breaking’.

This is a theory that has been accepted by CERN. Now, standing here, he presents a completely different experimental data and Dalitz diagram, which is bound to cause greater doubts and more questions in the physics community.

Whether it is the differences in the data between the two parties, or their doubts about CERN's data, or even their own analytical data and Daritz diagrams, they will face more severe tests.
Chapter completed!