With a smile on his face, Cheng Hao spoke to the many scientists in the laboratory.
Hearing Cheng Hao's words, the surrounding mathematicians and physics leaders all looked at each other with doubts in their eyes as they looked at Cheng Hao in front of them.
Looking at the eyes of the people around him, Cheng Hao smiled slightly and said to the people in front of him: "In three days, I sorted out all the memories of this energy zone of all the previous hadron colliders, and sorted out
Using a mathematical model, I discovered something very interesting!”
The scientists around them suddenly looked at each other with hesitation in their eyes.
Look at the hesitant expressions on the faces of the people around you.
Cheng Hao smiled slightly and asked Ms. Fabiola on the side: "Ms. Fabiola, how long until the hadron collider collides?"
Fabiola was stunned for a moment. She pondered for a moment, looked at Cheng Hao in front of her and said: "Our engineers are doing final inspections. The specific collision will take until the afternoon, but we will determine our focus at noon.
Energy area..."
"learn!"
Cheng Hao nodded, with a smile on his face, and walked directly to the blackboard.
Picked up a piece of chalk from the side and walked to the blackboard.
Swish, brush, brush!
In an instant, after a disagreement, Cheng Hao started writing a series of mathematical formulas on the blackboard. The physicists next to him were confused when they looked at the content on the blackboard.
????
What is this? It’s just a mathematical formula?
So, you can tell me what that particle is!
In fact, most physicists don't think there is really a particle in that place. They think it is just a quantum tide or a very simple two-photon signal.
After all, the mass in that place doesn't look like a real particle.
Particles that disappear??
And it weighs three times as much as the previously discovered Higgs particle??
Particles this heavy are not included in the Standard Model!
If this particle is real, what about the Standard Model?
Therefore, many physicists do not think that there is a particle there, but at most it is just an ordinary two-photon signal.
Looking at the calculations written by Cheng Hao, I was even more confused.
Cheng Hao's speed was very fast. A whole blackboard of calculations soon appeared on the blackboard in front of him. The physicists next to him soon couldn't keep up with Cheng Hao's ideas.
In fact, when the blackboard was still half full, most physicists could no longer keep up with Cheng Hao's ideas.
And by the time the blackboard was filled, those mathematicians who purely studied functional analysis could no longer keep up with Cheng Hao's ideas.
Only someone like Witten, who has studied physics and mathematics deeply, can understand what Cheng Hao wrote on the blackboard. Looking at the content on Cheng Hao's blackboard, Witten's face became extremely serious.
He frowned and thought about several ideas and points on Cheng Hao's blackboard.
Soon, Witten's brows were frowning tightly.
Cheng Hao's formula was quickly written on the third blackboard. After writing it, Cheng Hao put the blackboard aside and stood beside it with a smile on his face.
"I've finished writing! Let's take a look at my calculations first! If you have any questions, ask me again!"
Cheng Hao said to the physicists around him.
There was silence in the entire conference hall. Everyone was looking at the content on the blackboard intently. Some physicists had wry smiles in their eyes.
Although mathematics and physics are often not very separate, there are still differences after all.
The content on this blackboard is clearly high-level content in mathematics. It includes not only topology, but also functional analysis and geometry, and they are all the most advanced ones.
If you are not a mathematician, who would study it so deeply?
Many of the formulas in it are clearly found in the field of pure mathematics research!
But mathematicians are also complaining because it also introduces a lot of physics concepts, which is very difficult for them to understand!
After about twenty minutes, Professor Witten was the first to raise his hand.
He looked at Cheng Hao in front of him seriously and asked: "I just took a look at your calculations and concepts, and I haven't found any problems yet, but according to your opinion, the missing particle is a super-heavy antimatter particle.
??”
Super heavy antimatter particles???
Instantly, everyone was in an uproar.
What does this mean? A superheavy antimatter particle that is completely outside the scope of the Standard Model?
Antimatter particles have not been discovered before. Even in 2011, Huaxia University of Science and Technology and American scientists collaborated to create the heaviest antimatter particle ever discovered, antihelium 4, but this particle only existed for a few seconds.
And it is said to be the heaviest, but its mass is only 18gev, which is really far from the mass of this particle.
After hearing Cheng Hao's words, everyone looked at Cheng Hao in front of them with burning eyes.
If this is true, it is very likely to create a pattern that subverts the current quantum physics world!
This super-heavy antimatter particle is about to change the entire high-energy physics!
And it is very likely that a system other than the standard model will emerge!
Cheng Hao on the side listened to Witten's words and looked at the eyes of the scientists around him. Cheng Hao showed a slight smile on his face and slowly said to the people in front of him: "From my calculation results, yes.
!”
Everyone was in an uproar immediately!
This means that a whole new world is about to appear!
Everyone looked at Cheng Hao in front of them with burning eyes.
Fabiola on the side frowned, looked at Cheng Hao and said: "But if this particle disappears, how do we find it? How do we confirm its existence? Just confirm it from the data? It's so important
Antimatter particle, how do we keep it? How do we observe it?"
"According to the analysis of my data, as long as we can advance the collision time by one minute and lock the energy zone in advance, maybe we can retain this antimatter particle for more than one minute!"
Cheng Hao smiled slightly and said to the people around him.
After hearing Cheng Hao's words, many scientists around him suddenly looked at each other with hesitant looks in their eyes.
"Okay! Then do as you say!"
Fabiola is also a decisive woman. After hearing Cheng Hao's words, she immediately made her decision.
After all, when faced with scientific research results of the level of superheavy antimatter particles, every hesitation is the most unnecessary thing.
Cheng Hao began to arrange the concentrated energy area for particle collision, and then arranged the time and process of the collision according to the calculation results.