Now that the data is available, what to do with it becomes a question.
"... This is the experimental data collected on the ATLAS and CMS detectors when the LHC searched for the Higgs particle from 2012 to 2013. However, you should know that the Higgs particle is only 125 GeV. When we were looking for this thing, we did not The collision energy is so great.”
But when does this have to wait
Or is it because this kind of question can also be regarded as a directional question? According to his previous experience, any questions involving direction are not within the system's answering range.
If that's the case, then just find someone with enough weight to convince the person in charge of CERN on his behalf!
Starting from the theory of quantum chromodynamics, there is a lack of theoretical support.
After all, he couldn't stay at CERN and keep staring at other people's experiments. He still had to go back to complete his studies and go to Princeton to study for a Ph.D.
Lu Zhou emphasized: "But we have observed this signal on both the ATLAS and CMS detectors! Do you think this is just a coincidence?"
He needs more evidence.
…
However, from a statistical perspective, the number of samples is too small and no useful conclusions can be drawn at all.
After all, he couldn't stay at CERN and keep staring at other people's experiments. He still had to go back to complete his studies and go to Princeton to study for a Ph.D.
He planned to wait until the theoretical preparation was a little more complete, and then he would take the papers and try them one by one by casting a wide net. For example, stay at a lecture given by a big boss, wait until the lecture is over, and then go there with your paper.
After analyzing 10 gigabytes of data for five nights, Lu Zhou finally came to a conclusion.
Lu Zhou did not give up and tried to persuade: "But professor, we haven't discovered any new particles since the 'post-standard model era'. Don't you think this might be an opportunity?"
Lu Zhou nodded: "You are right, this possibility does exist, but it is precisely for this reason that I need to use experiments to prove that my guess is correct!"
As the old man said, the hadron collider belongs to others, so you must give priority to your own research. Unless you can produce conclusive evidence, not to mention directly convincing the person in charge of CERN, at least make them interested in your theory.
Lu Zhou fell into silence.
"... This is the experimental data collected on the ATLAS and CMS detectors when the LHC searched for the Higgs particle from 2012 to 2013. However, you should know that the Higgs particle is only 125 GeV. When we were looking for this thing, we did not The collision energy is so great.”
…
After working behind closed doors for five nights, Lu Zhou approached Academician Lu with the research results and data from the past five days.
Lu Zhou shook his head: "Not yet..."
If you want to confirm whether this abnormal bulge is a characteristic peak, you still have to run a few laps in the hadron collider. With the current amount of data, the accumulated examples do not even have 3sigma confidence, and cannot even be considered a "sign" in physics, let alone a "discovery".
…
After taking a deep breath, Lu Zhou sat up from the bed.
However, from a statistical perspective, the number of samples is too small and no useful conclusions can be drawn at all.
"The Hadron Collider cannot be started just because of your whim. You are looking for 750GeV particles, and the collision energy must be at least 1.2TeV or even 2TeV. This cost is not a small number, let alone The LHC’s schedule is very full, and CERN still has endless experiments to do. Everyone wants to verify that their theories are correct, but funds are limited.”
Improving the theory seems simple to say, but it is not so easy to do it in practice.
If you want to confirm whether this abnormal bulge is a characteristic peak, you still have to run a few laps in the hadron collider. With the current amount of data, the accumulated examples do not even have 3sigma confidence, and cannot even be considered a "sign" in physics, let alone a "discovery".
Starting from the theory of quantum chromodynamics, there is a lack of theoretical support.
And even if you discover these things by then, most of them will have nothing to do with you.
After working behind closed doors for five nights, Lu Zhou approached Academician Lu with the research results and data from the past five days.
…
Improving the theory seems simple to say, but it is not so easy to do it in practice.
In the office, Professor Greer threw the USB flash drive into Lu Zhou's hand.
Improving the theory seems simple to say, but it is not so easy to do it in practice.
If the signal appearing at 750 GeV is confirmed to contain a new particle, what it means for physics is unclear to Lu Zhou, because he does not know what the particle will appear there.
Lu Zhou nodded: "You are right, this possibility does exist, but it is precisely for this reason that I need to use experiments to prove that my guess is correct!"
Suddenly, he coughed slightly and asked in a low voice.
It was impossible for him to convince CERN on his own. After all, he was just an intern and his weight was too light.
It was impossible for him to convince CERN on his own. After all, he was just an intern and his weight was too light.
…
Recently, so many big names in theoretical physics have gathered here, and there are still a lot of people with this weight.
Seeing his student getting more and more excited as he talked, Academician Lu smiled, paused for a moment, sighed and said, "I understand your excitement, but similar things have never happened before. And it's just me personally. For my part, I would like to help you test this result, but unfortunately, we are not a member of CERN, only a cooperative country. Neither I nor the senior Gao from Shuimu University can speak very well here. And going to Beijing BES, this experiment cannot be done."
Improving the theory seems simple to say, but it is not so easy to do it in practice.
Lu Zhou nodded: "You are right, this possibility does exist, but it is precisely for this reason that I need to use experiments to prove that my guess is correct!"
It is impossible for CERN to start the hadron collider for an intern like him because he is not of sufficient weight.
Or is it because this kind of question can also be regarded as a directional question? According to his previous experience, any questions involving direction are not within the system's answering range.
Professor Greer reminded: "If you want to use a hadron collider, my suggestion is to find someone with enough power in the theoretical physics community to cooperate, rather than working behind closed doors. After all, no matter how far your theory is, , ultimately it must be supported by LHC data.”
After explaining his point of view to Academician Lu, Lu Zhou originally thought that the old man would not agree with his opinion, but would at least be emotionally dissatisfied with the discovery, but he did not expect to receive a negative reply.
Improving the theory seems simple to say, but it is not so easy to do it in practice.
In fact, there are still opportunities.
"The Hadron Collider cannot be started just because of your whim. You are looking for 750GeV particles, and the collision energy must be at least 1.2TeV or even 2TeV. This cost is not a small number, let alone The LHC’s schedule is very full, and CERN still has endless experiments to do. Everyone wants to verify that their theories are correct, but funds are limited.”
Suddenly, he coughed slightly and asked in a low voice.
Is it because the physical level is not enough
Lu Zhou: "That's exactly what I plan to do, but before that, I want to make my theory a little more reliable."
Lu Zhou did not give up and tried to persuade: "But professor, we haven't discovered any new particles since the 'post-standard model era'. Don't you think this might be an opportunity?"
Professor Greer thought for a while and asked casually: "Do you need me to recommend someone to you?"
Seeing Lu Zhou's eager look, Professor Greer smiled and said, "Frank Wilzek, the 2004 Nobel Prize winner in physics, is probably the most talkative of all the people I know. If If you can convince him, there might be some hope."
Or is it because this kind of question can also be regarded as a directional question? According to his previous experience, any questions involving direction are not within the system's answering range.
But for him personally, he is certain that once this discovery is confirmed to be true, it will at least be a Nobel Prize.
Lu Zhou was stunned for a moment and immediately said, "Of course! Do you have any good suggestions?"
Lu Zhou did not give up and tried to persuade: "But professor, we haven't discovered any new particles since the 'post-standard model era'. Don't you think this might be an opportunity?"
Is it because the physical level is not enough
…
Yes, both the four-quark state and the now-discovered pentaquark state particles are particles that have been observed before, but the confidence level is lower than 5sigma. They are called "signs" in the academic world and cannot be determined. "Discover".
Lu Zhou emphasized: "But we have observed this signal on both the ATLAS and CMS detectors! Do you think this is just a coincidence?"
In the office, Professor Greer threw the USB flash drive into Lu Zhou's hand.
Lu Zhou shook his head: "Not yet..."
Professor Greer asked: "Is there a suitable target?"
After taking the USB flash drive, Lu Zhou said sincerely: "It's okay, thank you very much!"
Lu Zhou shook his head: "Not yet..."
If the signal appearing at 750 GeV is confirmed to contain a new particle, what it means for physics is unclear to Lu Zhou, because he does not know what the particle will appear there.
Then analyze new conclusions from this evidence.
MMP, I feel more and more that these points are useless.
…
But for him personally, he is certain that once this discovery is confirmed to be true, it will at least be a Nobel Prize.
In fact, there are still opportunities.
Is it because the physical level is not enough
Yes, both the four-quark state and the now-discovered pentaquark state particles are particles that have been observed before, but the confidence level is lower than 5sigma. They are called "signs" in the academic world and cannot be determined. "Discover".
After analyzing 10 gigabytes of data for five nights, Lu Zhou finally came to a conclusion.
Although these documents are not classified, they are not fully open to the public. If you don't know anyone inside CERN, it's really not easy to get this data as an intern.
It was impossible for him to convince CERN on his own. After all, he was just an intern and his weight was too light.
"To be honest, I'm not very optimistic about it," Academician Lu shook his head after hearing Lu Zhou's words. "750GeV is too heavy. From the perspective of quantum chromodynamics, this breaks away from the theoretical basis."
However, from a statistical perspective, the number of samples is too small and no useful conclusions can be drawn at all.
Lu Zhou nodded: "You are right, this possibility does exist, but it is precisely for this reason that I need to use experiments to prove that my guess is correct!"
Now there is only one thing Lu Zhou has to do, and that is to perfect his theory before the end of the month.
Lu Zhou emphasized: "But we have observed this signal on both the ATLAS and CMS detectors! Do you think this is just a coincidence?"
He needs more evidence.
After analyzing 10 gigabytes of data for five nights, Lu Zhou finally came to a conclusion.
Professor Greer smiled and said, "You're welcome, it's a trivial matter. Speaking of which, have you made any progress in your research?"
Professor Greer asked: "Is there a suitable target?"
After taking the USB flash drive, Lu Zhou said sincerely: "It's okay, thank you very much!"
The system did not respond.
If that's the case, then just find someone with enough weight to convince the person in charge of CERN on his behalf!
"Yes, you are right, it may not be a coincidence," Academician Lu nodded and pointed at the data on the paper, "But have you ever thought that it might just be a two-photon produced when gluons aggregate? Signal?"
"... This is the experimental data collected on the ATLAS and CMS detectors when the LHC searched for the Higgs particle from 2012 to 2013. However, you should know that the Higgs particle is only 125 GeV. When we were looking for this thing, we did not The collision energy is so great.”
Seeing Lu Zhou's eager look, Professor Greer smiled and said, "Frank Wilzek, the 2004 Nobel Prize winner in physics, is probably the most talkative of all the people I know. If If you can convince him, there might be some hope."
If that's the case, then just find someone with enough weight to convince the person in charge of CERN on his behalf!
If the signal appearing at 750 GeV is confirmed to contain a new particle, what it means for physics is unclear to Lu Zhou, because he does not know what the particle will appear there.
But when does this have to wait
Lu Zhou nodded: "You are right, this possibility does exist, but it is precisely for this reason that I need to use experiments to prove that my guess is correct!"
Without experiments in this energy region, there would be no evidence at all. Unless you wait for others to conduct collision experiments above 1TeV, and then look for these scraps from other people's data...
Lu Zhou was stunned for a moment and immediately said, "Of course! Do you have any good suggestions?"
Is it because the physical level is not enough
Now that the data is available, what to do with it becomes a question.
Seeing his student getting more and more excited as he talked, Academician Lu smiled, paused for a moment, sighed and said, "I understand your excitement, but similar things have never happened before. And it's just me personally. For my part, I would like to help you test this result, but unfortunately, we are not a member of CERN, only a cooperative country. Neither I nor the senior Gao from Shuimu University can speak very well here. And going to Beijing BES, this experiment cannot be done."
Lu Zhou nodded and said, "Already a little bit."
It sounds like this is just a statistical problem, but in the absence of samples, it is almost impossible to simply use statistical tools to solve this problem.
Lu Zhou: "That's exactly what I plan to do, but before that, I want to make my theory a little more reliable."
Lu Zhou fell into silence.
MMP, I feel more and more that these points are useless.
MMP, I feel more and more that these points are useless.
Then analyze new conclusions from this evidence.
After thinking about it, it seemed that this was the only person he could ask for help from.
As the old man said, the hadron collider belongs to others, so you must give priority to your own research. Unless you can produce conclusive evidence, not to mention directly convincing the person in charge of CERN, at least make them interested in your theory.
"System, are there any particles at 750GeV?"
Is it because the physical level is not enough
Now that the data is available, what to do with it becomes a question.
But for him personally, he is certain that once this discovery is confirmed to be true, it will at least be a Nobel Prize.
It's too early to give up now, not to mention that he is not someone who gives up easily.
Now that the data is available, what to do with it becomes a question.
However, this has fallen into an endless loop.
Without experiments in this energy region, there would be no evidence at all. Unless you wait for others to conduct collision experiments above 1TeV, and then look for these scraps from other people's data...
Lu Zhou emphasized: "But we have observed this signal on both the ATLAS and CMS detectors! Do you think this is just a coincidence?"
But when does this have to wait
Starting from the theory of quantum chromodynamics, there is a lack of theoretical support.
Without experiments in this energy region, there would be no evidence at all. Unless you wait for others to conduct collision experiments above 1TeV, and then look for these scraps from other people's data...
Now there is only one thing Lu Zhou has to do, and that is to perfect his theory before the end of the month.
Although the two of them had not known each other for long, Professor Greer and he were surprisingly compatible in terms of personality. Although he was not optimistic about the content of Lu Zhou's research, the professor did not dissuade him. Instead, he helped him collect a lot of valuable data.
Starting from the theory of quantum chromodynamics, there is a lack of theoretical support.
Lu Zhou nodded and said, "Already a little bit."
Suddenly, he coughed slightly and asked in a low voice.
After thinking about it, it seemed that this was the only person he could ask for help from.
Is it because the physical level is not enough
But when does this have to wait
However, this has fallen into an endless loop.
Improving the theory seems simple to say, but it is not so easy to do it in practice.
In fact, there are still opportunities.
After analyzing 10 gigabytes of data for five nights, Lu Zhou finally came to a conclusion.
"Yes, you are right, it may not be a coincidence," Academician Lu nodded and pointed at the data on the paper, "But have you ever thought that it might just be a two-photon produced when gluons aggregate? Signal?"
Improving the theory seems simple to say, but it is not so easy to do it in practice.
After explaining his point of view to Academician Lu, Lu Zhou originally thought that the old man would not agree with his opinion, but would at least be emotionally dissatisfied with the discovery, but he did not expect to receive a negative reply.
Lu Zhou nodded: "You are right, this possibility does exist, but it is precisely for this reason that I need to use experiments to prove that my guess is correct!"
And even if you discover these things by then, most of them will have nothing to do with you.
…
If nothing else happens, these people will stay until the end of the month, and will gradually evacuate here after CERN holds a European Nuclear Research Conference and reports the results of pentaquark particle research.
However, this has fallen into an endless loop.
If the signal appearing at 750 GeV is confirmed to contain a new particle, what it means for physics is unclear to Lu Zhou, because he does not know what the particle will appear there.
MMP, I feel more and more that these points are useless.
As the old man said, the hadron collider belongs to others, so you must give priority to your own research. Unless you can produce conclusive evidence, not to mention directly convincing the person in charge of CERN, at least make them interested in your theory.
As the old man said, the hadron collider belongs to others, so you must give priority to your own research. Unless you can produce conclusive evidence, not to mention directly convincing the person in charge of CERN, at least make them interested in your theory.
After all, he couldn't stay at CERN and keep staring at other people's experiments. He still had to go back to complete his studies and go to Princeton to study for a Ph.D.
Lu Zhou emphasized: "But we have observed this signal on both the ATLAS and CMS detectors! Do you think this is just a coincidence?"
"System, are there any particles at 750GeV?"
Professor Greer smiled and said, "You're welcome, it's a trivial matter. Speaking of which, have you made any progress in your research?"
Now that the data is available, what to do with it becomes a question.
If nothing else happens, these people will stay until the end of the month, and will gradually evacuate here after CERN holds a European Nuclear Research Conference and reports the results of pentaquark particle research.
As the old man said, the hadron collider belongs to others, so you must give priority to your own research. Unless you can produce conclusive evidence, not to mention directly convincing the person in charge of CERN, at least make them interested in your theory.
He planned to wait until the theoretical preparation was a little more complete, and then he would take the papers and try them one by one by casting a wide net. For example, stay at a lecture given by a big boss, wait until the lecture is over, and then go there with your paper.
If this physical problem is to be transformed into a mathematical problem, a very key point is that he must use mathematical methods to prove that when there are enough samples, the bulge that appears in the 750GeV energy region will definitely form a characteristic peak.
After returning to his room, Lu Zhou lay on the bed, looking up at the paper in his hand in a daze.
Or is it because this kind of question can also be regarded as a directional question? According to his previous experience, any questions involving direction are not within the system's answering range.
Lu Zhou nodded and said, "Already a little bit."
However, from a statistical perspective, the number of samples is too small and no useful conclusions can be drawn at all.
But for him personally, he is certain that once this discovery is confirmed to be true, it will at least be a Nobel Prize.
Suddenly, he coughed slightly and asked in a low voice.
Professor Greer asked: "Is there a suitable target?"
But for him personally, he is certain that once this discovery is confirmed to be true, it will at least be a Nobel Prize.
He needs more evidence.
"System, are there any particles at 750GeV?"
Then analyze new conclusions from this evidence.
The system did not respond.
Or is it because this kind of question can also be regarded as a directional question? According to his previous experience, any questions involving direction are not within the system's answering range.
Professor Greer smiled and said, "You're welcome, it's a trivial matter. Speaking of which, have you made any progress in your research?"
If you want to confirm whether this abnormal bulge is a characteristic peak, you still have to run a few laps in the hadron collider. With the current amount of data, the accumulated examples do not even have 3sigma confidence, and cannot even be considered a "sign" in physics, let alone a "discovery".
The system did not respond.
Lu Zhou was stunned for a moment and immediately said, "Of course! Do you have any good suggestions?"
Now there is only one thing Lu Zhou has to do, and that is to perfect his theory before the end of the month.
However, from a statistical perspective, the number of samples is too small and no useful conclusions can be drawn at all.
Is it because the physical level is not enough
If you want to confirm whether this abnormal bulge is a characteristic peak, you still have to run a few laps in the hadron collider. With the current amount of data, the accumulated examples do not even have 3sigma confidence, and cannot even be considered a "sign" in physics, let alone a "discovery".
And even if you discover these things by then, most of them will have nothing to do with you.
Or is it because this kind of question can also be regarded as a directional question? According to his previous experience, any questions involving direction are not within the system's answering range.
Professor Greer reminded: "If you want to use a hadron collider, my suggestion is to find someone with enough power in the theoretical physics community to cooperate, rather than working behind closed doors. After all, no matter how far your theory is, , ultimately it must be supported by LHC data.”
Now there is only one thing Lu Zhou has to do, and that is to perfect his theory before the end of the month.
Lu Zhou emphasized: "But we have observed this signal on both the ATLAS and CMS detectors! Do you think this is just a coincidence?"
MMP, I feel more and more that these points are useless.
Seeing his student getting more and more excited as he talked, Academician Lu smiled, paused for a moment, sighed and said, "I understand your excitement, but similar things have never happened before. And it's just me personally. For my part, I would like to help you test this result, but unfortunately, we are not a member of CERN, only a cooperative country. Neither I nor the senior Gao from Shuimu University can speak very well here. And going to Beijing BES, this experiment cannot be done."
After thinking about it, it seemed that this was the only person he could ask for help from.
Seeing his student getting more and more excited as he talked, Academician Lu smiled, paused for a moment, sighed and said, "I understand your excitement, but similar things have never happened before. And it's just me personally. For my part, I would like to help you test this result, but unfortunately, we are not a member of CERN, only a cooperative country. Neither I nor the senior Gao from Shuimu University can speak very well here. And going to Beijing BES, this experiment cannot be done."
He needs more evidence.
It sounds like this is just a statistical problem, but in the absence of samples, it is almost impossible to simply use statistical tools to solve this problem.
Professor Greer asked: "Is there a suitable target?"
After taking a deep breath, Lu Zhou sat up from the bed.
Lu Zhou fell into silence.
After analyzing 10 gigabytes of data for five nights, Lu Zhou finally came to a conclusion.
Professor Greer smiled and said, "You're welcome, it's a trivial matter. Speaking of which, have you made any progress in your research?"
It's too early to give up now, not to mention that he is not someone who gives up easily.
After analyzing 10 gigabytes of data for five nights, Lu Zhou finally came to a conclusion.
"Yes, you are right, it may not be a coincidence," Academician Lu nodded and pointed at the data on the paper, "But have you ever thought that it might just be a two-photon produced when gluons aggregate? Signal?"
If nothing else happens, these people will stay until the end of the month, and will gradually evacuate here after CERN holds a European Nuclear Research Conference and reports the results of pentaquark particle research.
After taking the USB flash drive, Lu Zhou said sincerely: "It's okay, thank you very much!"
It was impossible for him to convince CERN on his own. After all, he was just an intern and his weight was too light.
Lu Zhou was stunned for a moment and immediately said, "Of course! Do you have any good suggestions?"
Lu Zhou did not give up and tried to persuade: "But professor, we haven't discovered any new particles since the 'post-standard model era'. Don't you think this might be an opportunity?"
In fact, there are still opportunities.
Now that the data is available, what to do with it becomes a question.
After analyzing 10 gigabytes of data for five nights, Lu Zhou finally came to a conclusion.
Lu Zhou shook his head: "Not yet..."
Then analyze new conclusions from this evidence.
Lu Zhou was stunned for a moment and immediately said, "Of course! Do you have any good suggestions?"
But when does this have to wait
Then analyze new conclusions from this evidence.
It is impossible for CERN to start the hadron collider for an intern like him because he is not of sufficient weight.
As the old man said, the hadron collider belongs to others, so you must give priority to your own research. Unless you can produce conclusive evidence, not to mention directly convincing the person in charge of CERN, at least make them interested in your theory.
It was impossible for him to convince CERN on his own. After all, he was just an intern and his weight was too light.
It was impossible for him to convince CERN on his own. After all, he was just an intern and his weight was too light.
Lu Zhou fell into silence.
Professor Greer asked: "Is there a suitable target?"
If the signal appearing at 750 GeV is confirmed to contain a new particle, what it means for physics is unclear to Lu Zhou, because he does not know what the particle will appear there.
It's too early to give up now, not to mention that he is not someone who gives up easily.
Professor Greer thought for a while and asked casually: "Do you need me to recommend someone to you?"
If that's the case, then just find someone with enough weight to convince the person in charge of CERN on his behalf!
Professor Greer smiled and said, "You're welcome, it's a trivial matter. Speaking of which, have you made any progress in your research?"
Now that the data is available, what to do with it becomes a question.
Professor Greer asked: "Is there a suitable target?"
"Yes, you are right, it may not be a coincidence," Academician Lu nodded and pointed at the data on the paper, "But have you ever thought that it might just be a two-photon produced when gluons aggregate? Signal?"
In fact, there are still opportunities.
After analyzing 10 gigabytes of data for five nights, Lu Zhou finally came to a conclusion.
Recently, so many big names in theoretical physics have gathered here, and there are still a lot of people with this weight.
Professor Greer reminded: "If you want to use a hadron collider, my suggestion is to find someone with enough power in the theoretical physics community to cooperate, rather than working behind closed doors. After all, no matter how far your theory is, , ultimately it must be supported by LHC data.”
Yes, both the four-quark state and the now-discovered pentaquark state particles are particles that have been observed before, but the confidence level is lower than 5sigma. They are called "signs" in the academic world and cannot be determined. "Discover".
Lu Zhou emphasized: "But we have observed this signal on both the ATLAS and CMS detectors! Do you think this is just a coincidence?"
It's too early to give up now, not to mention that he is not someone who gives up easily.
"The Hadron Collider cannot be started just because of your whim. You are looking for 750GeV particles, and the collision energy must be at least 1.2TeV or even 2TeV. This cost is not a small number, let alone The LHC’s schedule is very full, and CERN still has endless experiments to do. Everyone wants to verify that their theories are correct, but funds are limited.”
It was impossible for him to convince CERN on his own. After all, he was just an intern and his weight was too light.
Lu Zhou nodded: "You are right, this possibility does exist, but it is precisely for this reason that I need to use experiments to prove that my guess is correct!"
Or is it because this kind of question can also be regarded as a directional question? According to his previous experience, any questions involving direction are not within the system's answering range.
If nothing else happens, these people will stay until the end of the month, and will gradually evacuate here after CERN holds a European Nuclear Research Conference and reports the results of pentaquark particle research.
After taking a deep breath, Lu Zhou sat up from the bed.
If that's the case, then just find someone with enough weight to convince the person in charge of CERN on his behalf!
Now there is only one thing Lu Zhou has to do, and that is to perfect his theory before the end of the month.
But for him personally, he is certain that once this discovery is confirmed to be true, it will at least be a Nobel Prize.
Lu Zhou: "That's exactly what I plan to do, but before that, I want to make my theory a little more reliable."
…
In the office, Professor Greer threw the USB flash drive into Lu Zhou's hand.
Starting from the theory of quantum chromodynamics, there is a lack of theoretical support.
If that's the case, then just find someone with enough weight to convince the person in charge of CERN on his behalf!
"Yes, you are right, it may not be a coincidence," Academician Lu nodded and pointed at the data on the paper, "But have you ever thought that it might just be a two-photon produced when gluons aggregate? Signal?"
After taking a deep breath, Lu Zhou sat up from the bed.
If nothing else happens, these people will stay until the end of the month, and will gradually evacuate here after CERN holds a European Nuclear Research Conference and reports the results of pentaquark particle research.
Improving the theory seems simple to say, but it is not so easy to do it in practice.
Lu Zhou: "That's exactly what I plan to do, but before that, I want to make my theory a little more reliable."
It is impossible for CERN to start the hadron collider for an intern like him because he is not of sufficient weight.
Lu Zhou shook his head: "Not yet..."
Is it because the physical level is not enough
Lu Zhou was stunned for a moment and immediately said, "Of course! Do you have any good suggestions?"
Seeing Lu Zhou's eager look, Professor Greer smiled and said, "Frank Wilzek, the 2004 Nobel Prize winner in physics, is probably the most talkative of all the people I know. If If you can convince him, there might be some hope."
If this physical problem is to be transformed into a mathematical problem, a very key point is that he must use mathematical methods to prove that when there are enough samples, the bulge that appears in the 750GeV energy region will definitely form a characteristic peak.
Lu Zhou was stunned for a moment and immediately said, "Of course! Do you have any good suggestions?"
Although the two of them had not known each other for long, Professor Greer and he were surprisingly compatible in terms of personality. Although he was not optimistic about the content of Lu Zhou's research, the professor did not dissuade him. Instead, he helped him collect a lot of valuable data.
Or is it because this kind of question can also be regarded as a directional question? According to his previous experience, any questions involving direction are not within the system's answering range.
It sounds like this is just a statistical problem, but in the absence of samples, it is almost impossible to simply use statistical tools to solve this problem.
After all, he couldn't stay at CERN and keep staring at other people's experiments. He still had to go back to complete his studies and go to Princeton to study for a Ph.D.
After working behind closed doors for five nights, Lu Zhou approached Academician Lu with the research results and data from the past five days.
Lu Zhou shook his head: "Not yet..."
He needs more evidence.
…
As the old man said, the hadron collider belongs to others, so you must give priority to your own research. Unless you can produce conclusive evidence, not to mention directly convincing the person in charge of CERN, at least make them interested in your theory.
Lu Zhou nodded and said, "Already a little bit."
Then analyze new conclusions from this evidence.
It is impossible for CERN to start the hadron collider for an intern like him because he is not of sufficient weight.
Without experiments in this energy region, there would be no evidence at all. Unless you wait for others to conduct collision experiments above 1TeV, and then look for these scraps from other people's data...
Then analyze new conclusions from this evidence.
If this physical problem is to be transformed into a mathematical problem, a very key point is that he must use mathematical methods to prove that when there are enough samples, the bulge that appears in the 750GeV energy region will definitely form a characteristic peak.
Improving the theory seems simple to say, but it is not so easy to do it in practice.
Then analyze new conclusions from this evidence.
He planned to wait until the theoretical preparation was a little more complete, and then he would take the papers and try them one by one by casting a wide net. For example, stay at a lecture given by a big boss, wait until the lecture is over, and then go there with your paper.
If this physical problem is to be transformed into a mathematical problem, a very key point is that he must use mathematical methods to prove that when there are enough samples, the bulge that appears in the 750GeV energy region will definitely form a characteristic peak.
Lu Zhou did not give up and tried to persuade: "But professor, we haven't discovered any new particles since the 'post-standard model era'. Don't you think this might be an opportunity?"
Lu Zhou emphasized: "But we have observed this signal on both the ATLAS and CMS detectors! Do you think this is just a coincidence?"
"... This is the experimental data collected on the ATLAS and CMS detectors when the LHC searched for the Higgs particle from 2012 to 2013. However, you should know that the Higgs particle is only 125 GeV. When we were looking for this thing, we did not The collision energy is so great.”
"Yes, you are right, it may not be a coincidence," Academician Lu nodded and pointed at the data on the paper, "But have you ever thought that it might just be a two-photon produced when gluons aggregate? Signal?"
Lu Zhou nodded and said, "Already a little bit."
Although the two of them had not known each other for long, Professor Greer and he were surprisingly compatible in terms of personality. Although he was not optimistic about the content of Lu Zhou's research, the professor did not dissuade him. Instead, he helped him collect a lot of valuable data.
After taking a deep breath, Lu Zhou sat up from the bed.
Improving the theory seems simple to say, but it is not so easy to do it in practice.
He planned to wait until the theoretical preparation was a little more complete, and then he would take the papers and try them one by one by casting a wide net. For example, stay at a lecture given by a big boss, wait until the lecture is over, and then go there with your paper.
In the office, Professor Greer threw the USB flash drive into Lu Zhou's hand.
In the office, Professor Greer threw the USB flash drive into Lu Zhou's hand.
The system did not respond.
…
He planned to wait until the theoretical preparation was a little more complete, and then he would take the papers and try them one by one by casting a wide net. For example, stay at a lecture given by a big boss, wait until the lecture is over, and then go there with your paper.
He needs more evidence.
However, this has fallen into an endless loop.
After taking the USB flash drive, Lu Zhou said sincerely: "It's okay, thank you very much!"
Lu Zhou was stunned for a moment and immediately said, "Of course! Do you have any good suggestions?"
Now that the data is available, what to do with it becomes a question.
Then analyze new conclusions from this evidence.
He planned to wait until the theoretical preparation was a little more complete, and then he would take the papers and try them one by one by casting a wide net. For example, stay at a lecture given by a big boss, wait until the lecture is over, and then go there with your paper.
As the old man said, the hadron collider belongs to others, so you must give priority to your own research. Unless you can produce conclusive evidence, not to mention directly convincing the person in charge of CERN, at least make them interested in your theory.
After thinking about it, it seemed that this was the only person he could ask for help from.
The system did not respond.
After all, he couldn't stay at CERN and keep staring at other people's experiments. He still had to go back to complete his studies and go to Princeton to study for a Ph.D.
If that's the case, then just find someone with enough weight to convince the person in charge of CERN on his behalf!
If that doesn't work, then there's nothing he can do.
Although the two of them had not known each other for long, Professor Greer and he were surprisingly compatible in terms of personality. Although he was not optimistic about the content of Lu Zhou's research, the professor did not dissuade him. Instead, he helped him collect a lot of valuable data.
The system did not respond.
Lu Zhou fell into silence.
"The Hadron Collider cannot be started just because of your whim. You are looking for 750GeV particles, and the collision energy must be at least 1.2TeV or even 2TeV. This cost is not a small number, let alone The LHC’s schedule is very full, and CERN still has endless experiments to do. Everyone wants to verify that their theories are correct, but funds are limited.”
After returning to his room, Lu Zhou lay on the bed, looking up at the paper in his hand in a daze.
It was impossible for him to convince CERN on his own. After all, he was just an intern and his weight was too light.
Or is it because this kind of question can also be regarded as a directional question? According to his previous experience, any questions involving direction are not within the system's answering range.
After all, he couldn't stay at CERN and keep staring at other people's experiments. He still had to go back to complete his studies and go to Princeton to study for a Ph.D.
It sounds like this is just a statistical problem, but in the absence of samples, it is almost impossible to simply use statistical tools to solve this problem.
Although these documents are not classified, they are not fully open to the public. If you don't know anyone inside CERN, it's really not easy to get this data as an intern.
Lu Zhou fell into silence.
He planned to wait until the theoretical preparation was a little more complete, and then he would take the papers and try them one by one by casting a wide net. For example, stay at a lecture given by a big boss, wait until the lecture is over, and then go there with your paper.
Improving the theory seems simple to say, but it is not so easy to do it in practice.
MMP, I feel more and more that these points are useless.
It's too early to give up now, not to mention that he is not someone who gives up easily.
Although the two of them had not known each other for long, Professor Greer and he were surprisingly compatible in terms of personality. Although he was not optimistic about the content of Lu Zhou's research, the professor did not dissuade him. Instead, he helped him collect a lot of valuable data.
Professor Greer smiled and said, "You're welcome, it's a trivial matter. Speaking of which, have you made any progress in your research?"
In fact, there are still opportunities.
Lu Zhou nodded and said, "Already a little bit."
Professor Greer smiled and said, "You're welcome, it's a trivial matter. Speaking of which, have you made any progress in your research?"
It was impossible for him to convince CERN on his own. After all, he was just an intern and his weight was too light.
He planned to wait until the theoretical preparation was a little more complete, and then he would take the papers and try them one by one by casting a wide net. For example, stay at a lecture given by a big boss, wait until the lecture is over, and then go there with your paper.
Professor Greer reminded: "If you want to use a hadron collider, my suggestion is to find someone with enough power in the theoretical physics community to cooperate, rather than working behind closed doors. After all, no matter how far your theory is, , ultimately it must be supported by LHC data.”
Lu Zhou nodded and said, "Already a little bit."
Improving the theory seems simple to say, but it is not so easy to do it in practice.
After taking a deep breath, Lu Zhou sat up from the bed.
But for him personally, he is certain that once this discovery is confirmed to be true, it will at least be a Nobel Prize.
If that's the case, then just find someone with enough weight to convince the person in charge of CERN on his behalf!
"Yes, you are right, it may not be a coincidence," Academician Lu nodded and pointed at the data on the paper, "But have you ever thought that it might just be a two-photon produced when gluons aggregate? Signal?"
After returning to his room, Lu Zhou lay on the bed, looking up at the paper in his hand in a daze.
Lu Zhou nodded and said, "Already a little bit."
Professor Greer reminded: "If you want to use a hadron collider, my suggestion is to find someone with enough power in the theoretical physics community to cooperate, rather than working behind closed doors. After all, no matter how far your theory is, , ultimately it must be supported by LHC data.”
"The Hadron Collider cannot be started just because of your whim. You are looking for 750GeV particles, and the collision energy must be at least 1.2TeV or even 2TeV. This cost is not a small number, let alone The LHC’s schedule is very full, and CERN still has endless experiments to do. Everyone wants to verify that their theories are correct, but funds are limited.”
Or is it because this kind of question can also be regarded as a directional question? According to his previous experience, any questions involving direction are not within the system's answering range.
"System, are there any particles at 750GeV?"
After taking the USB flash drive, Lu Zhou said sincerely: "It's okay, thank you very much!"
Professor Greer smiled and said, "You're welcome, it's a trivial matter. Speaking of which, have you made any progress in your research?"
Without experiments in this energy region, there would be no evidence at all. Unless you wait for others to conduct collision experiments above 1TeV, and then look for these scraps from other people's data...
Now that the data is available, what to do with it becomes a question.
Lu Zhou: "That's exactly what I plan to do, but before that, I want to make my theory a little more reliable."
It's too early to give up now, not to mention that he is not someone who gives up easily.
If this physical problem is to be transformed into a mathematical problem, a very key point is that he must use mathematical methods to prove that when there are enough samples, the bulge that appears in the 750GeV energy region will definitely form a characteristic peak.
Seeing Lu Zhou's eager look, Professor Greer smiled and said, "Frank Wilzek, the 2004 Nobel Prize winner in physics, is probably the most talkative of all the people I know. If If you can convince him, there might be some hope."
MMP, I feel more and more that these points are useless.
But when does this have to wait
After taking the USB flash drive, Lu Zhou said sincerely: "It's okay, thank you very much!"
Is it because the physical level is not enough
Professor Greer asked: "Is there a suitable target?"
Now there is only one thing Lu Zhou has to do, and that is to perfect his theory before the end of the month.
Starting from the theory of quantum chromodynamics, there is a lack of theoretical support.
In the office, Professor Greer threw the USB flash drive into Lu Zhou's hand.
It sounds like this is just a statistical problem, but in the absence of samples, it is almost impossible to simply use statistical tools to solve this problem.
Suddenly, he coughed slightly and asked in a low voice.
After thinking about it, it seemed that this was the only person he could ask for help from.
Lu Zhou shook his head: "Not yet..."
Lu Zhou shook his head: "Not yet..."
Improving the theory seems simple to say, but it is not so easy to do it in practice.
Lu Zhou nodded and said, "Already a little bit."
As the old man said, the hadron collider belongs to others, so you must give priority to your own research. Unless you can produce conclusive evidence, not to mention directly convincing the person in charge of CERN, at least make them interested in your theory.
And even if you discover these things by then, most of them will have nothing to do with you.
"... This is the experimental data collected on the ATLAS and CMS detectors when the LHC searched for the Higgs particle from 2012 to 2013. However, you should know that the Higgs particle is only 125 GeV. When we were looking for this thing, we did not The collision energy is so great.”
In the office, Professor Greer threw the USB flash drive into Lu Zhou's hand.
After taking the USB flash drive, Lu Zhou said sincerely: "It's okay, thank you very much!"
He planned to wait until the theoretical preparation was a little more complete, and then he would take the papers and try them one by one by casting a wide net. For example, stay at a lecture given by a big boss, wait until the lecture is over, and then go there with your paper.
After analyzing 10 gigabytes of data for five nights, Lu Zhou finally came to a conclusion.
He needs more evidence.
If that's the case, then just find someone with enough weight to convince the person in charge of CERN on his behalf!
Lu Zhou fell into silence.
If that doesn't work, then there's nothing he can do.
Lu Zhou shook his head: "Not yet..."
Although these documents are not classified, they are not fully open to the public. If you don't know anyone inside CERN, it's really not easy to get this data as an intern.
Professor Greer asked: "Is there a suitable target?"
If nothing else happens, these people will stay until the end of the month, and will gradually evacuate here after CERN holds a European Nuclear Research Conference and reports the results of pentaquark particle research.
Without experiments in this energy region, there would be no evidence at all. Unless you wait for others to conduct collision experiments above 1TeV, and then look for these scraps from other people's data...
Professor Greer thought for a while and asked casually: "Do you need me to recommend someone to you?"
…
Lu Zhou fell into silence.
He planned to wait until the theoretical preparation was a little more complete, and then he would take the papers and try them one by one by casting a wide net. For example, stay at a lecture given by a big boss, wait until the lecture is over, and then go there with your paper.
Lu Zhou was stunned for a moment and immediately said, "Of course! Do you have any good suggestions?"
Lu Zhou emphasized: "But we have observed this signal on both the ATLAS and CMS detectors! Do you think this is just a coincidence?"
Lu Zhou nodded and said, "Already a little bit."
The system did not respond.
Seeing Lu Zhou's eager look, Professor Greer smiled and said, "Frank Wilzek, the 2004 Nobel Prize winner in physics, is probably the most talkative of all the people I know. If If you can convince him, there might be some hope."
"Yes, you are right, it may not be a coincidence," Academician Lu nodded and pointed at the data on the paper, "But have you ever thought that it might just be a two-photon produced when gluons aggregate? Signal?"
Professor Greer asked: "Is there a suitable target?"
Seeing his student getting more and more excited as he talked, Academician Lu smiled, paused for a moment, sighed and said, "I understand your excitement, but similar things have never happened before. And it's just me personally. For my part, I would like to help you test this result, but unfortunately, we are not a member of CERN, only a cooperative country. Neither I nor the senior Gao from Shuimu University can speak very well here. And going to Beijing BES, this experiment cannot be done."