"Based on this conclusion, we should be able to assume that there is some kind of substance, possibly even a 'string', which can not only connect photons and gluons, but also affect fermions and bosons. Yes, as long as we substitute

In string theory, the mass of photons, gluons, bosons and their relationship with the Higgs field can be effectively related through these equations, and strong and weak electricity can be truly unified!"

Superstring theory is the life-long effort of Edward Witten. The more he talks about it, the more excited he becomes. The "evidence of the existence of strings" that has troubled him and the physics community for a long time seems to be about to appear before his eyes.

Qin Ke clapped his hands and praised: "Edward, your intuition is so sharp and you hit the nail on the head! This is the physical hypothesis that Qingjun and I completed later, as well as some data verification."

He smiled and handed the other dozen pages of the paper to Professor Witten. This part was in the field of particle physics. Mr. Qiu and Professor Uhlenbeck were not very good at it, and they did not come over to read it.

After Professor Witten finished reading, Qin Kecai said: "These data analyzes are based on the measurement results of the W boson mass previously published by CERN on the website. We analyzed the values ​​of the ATLAS and CMS detectors. These values ​​show that,

More than 99.99% of the values ​​are concentrated in the area of ​​80436.8±9.1 MeV/c2, and only 0.001% of the values ​​are 80466 MeV/c^2, which is the W Bose calculated by Qingjun in another paper.

The exact mass of the child. We can be sure that this value is correct!"

The look in Professor Witten's eyes became brighter and brighter, and his voice became louder: "Yes, CERN also consulted my opinion at that time, and later we agreed that the value of 80466 MeV/c^2 is the most accurate value for W boson

Mass, and speculate that the reason why it is quite different from other values ​​may be that there are some undiscovered 'substances', 'new particles' or 'physical mechanisms' in nature that have an impact on the mass of the W boson

.”

"Yes, now based on the 'Unified Theory of Strong Electricity' we established earlier, combined with the currently existing 'Unified Theory of Weak Electricity', and the 'String Theory' you proposed, we can confirm that there is such an unnamed

There is - I think it is the most likely 'string' - its vibration affects the mass of the W boson. Previously Qingjun demonstrated why photons have no mass but gluons have mass. This argument process can also be used.

Explain it through the vibration of strings! Our calculations in this paper can also prove the existence of this kind of 'string vibrations' and its impact on photons, gluons, and bosons!"

Qin Ke looked at Edward Witten with bright eyes: "We still need more data. We need the data from CERN to measure the mass of gluons and bosons this time. We need your help even more when talking about string theory.

,No one in the world can beat you, Edward."

Professor Witten took a deep breath: "I'll call right away, and within three days, the data will be transferred to the computer here."

Hearing this, even Mr. Qiu and Professor Uhlenbeck, who were not particularly good at particle physics theory, realized that in the collision of ideas between these three top mathematicians and physicists, one of them was likely to have an impact.
Chapter completed!