When a theory has been explained clearly enough, and when a report has won such a large amount of applause during the speech, the question-and-answer session seems a bit redundant.
But he felt that even so, he probably wouldn't have to wait that long...
After walking from the stage to behind the scenes, Professor Eitel walked towards Lu Zhou and said in a serious voice.
What’s more interesting is that just after Max Planck’s position, Professor Martin Capras, who had previously published a scientific review in Nature and was optimistic about the theory, almost immediately followed suit in the chemical community. A paper was published in the top issue of JACS.
It's just that these problems cannot be summarized in simple language like mathematical conjectures. Even the question of "who is more important" is controversial among various academic schools.
Now it seems that he was obviously right.
Of course, there is no need to mention the Peace Prize and the Literature Prize.
"This is... too shocking."
Regardless of how Lu Zhou viewed his theory and the medal hanging above his head, almost immediately after the report ended, the entire theoretical chemistry community was in a state of shock.
Of course, there were still many people who stood up and asked questions during the Q&A session.
Especially for PhDs in computational chemistry and computational materials science, the emergence of this new theory is undoubtedly a boon to them.
Of course, there is no need to mention the Peace Prize and the Literature Prize.
Now it seems that he was obviously right.
After the report ended, several Ph.D.s from Humboldt University ran up to the podium and excitedly asked Lu Zhou for his autograph, saying that they wanted to commemorate this moment that might be recorded in the history of chemistry.
At least, their boss now has another reason to keep them in the research team.
As the lecture ended, more and more colleagues in the theoretical chemistry community and even researchers in applied fields showed strong interest in this theory.
Lu Zhou also answered these questions in detail one by one.
"You're welcome." Looking at Lu Zhou, Professor Ertel also smiled reassuringly, "It's us who should say thank you. Thank you for bringing this report to Berlin. I haven't heard such an excellent report for a long time. . Although I cannot guarantee that you will be favored by the Nobel Prize, I feel that at least the honor of being nominated for the Nobel Prize belongs to you."
"You're welcome." Looking at Lu Zhou, Professor Ertel also smiled reassuringly, "It's us who should say thank you. Thank you for bringing this report to Berlin. I haven't heard such an excellent report for a long time. . Although I cannot guarantee that you will be favored by the Nobel Prize, I feel that at least the honor of being nominated for the Nobel Prize belongs to you."
Lu Zhou was stunned for a moment, then smiled.
Eitel laughed: "It's just a nomination, don't get too excited. When you reach my age, it will be great to take home a Nobel medal."
The theoretical model of the electrochemical structure interface corresponds to a certain type of problem in this proposition.
In the paper, Professor Capras quoted Lu Zhou's previous paper published in "JACS" and gave a clear explanation of the zero charge potential of polycrystalline metal electrodes from a theoretical perspective.
According to the Nobel Prize selection rules, former Nobel Prize winners are qualified to recommend candidates.
"Whether or not the Nobel Committee agrees with the merits of your theory, I will recommend your name to the Royal Swedish Academy of Sciences."
Compared with the MRS meeting where no hands were raised, this is undoubtedly an exciting progress.
And how to answer all such questions from a theoretical perspective.
As the lecture ended, more and more colleagues in the theoretical chemistry community and even researchers in applied fields showed strong interest in this theory.
Just after Lu Zhou's report ended, the interdisciplinary task group established by Germany's Max Planck Society for the Advancement of Science on "Theoretical Model of Electrochemical Structural Interfaces" announced its support for the theory.
And how to answer all such questions from a theoretical perspective.
Just do your own research with peace of mind. When the fate comes, what should be his will be there sooner or later.
Regardless of how Lu Zhou viewed his theory and the medal hanging above his head, almost immediately after the report ended, the entire theoretical chemistry community was in a state of shock.
This at least shows that the audience present has truly listened to his theory, and is not just trying to cover up their ignorance with applause.
Although he didn't think history would record such a trivial matter, Lu Zhou still complied with their request and scrawled his name in their textbooks.
It's just that these problems cannot be summarized in simple language like mathematical conjectures. Even the question of "who is more important" is controversial among various academic schools.
But he felt that even so, he probably wouldn't have to wait that long...
After the report ended, several Ph.D.s from Humboldt University ran up to the podium and excitedly asked Lu Zhou for his autograph, saying that they wanted to commemorate this moment that might be recorded in the history of chemistry.
After the report ended, several Ph.D.s from Humboldt University ran up to the podium and excitedly asked Lu Zhou for his autograph, saying that they wanted to commemorate this moment that might be recorded in the history of chemistry.
"This is... too shocking."
"Whether or not the Nobel Committee agrees with the merits of your theory, I will recommend your name to the Royal Swedish Academy of Sciences."
When a theory has been explained clearly enough, and when a report has won such a large amount of applause during the speech, the question-and-answer session seems a bit redundant.
When a theory has been explained clearly enough, and when a report has won such a large amount of applause during the speech, the question-and-answer session seems a bit redundant.
Lu Zhou made a helpless expression.
But he felt that even so, he probably wouldn't have to wait that long...
Although he didn't think history would record such a trivial matter, Lu Zhou still complied with their request and scrawled his name in their textbooks.
"You're welcome." Looking at Lu Zhou, Professor Ertel also smiled reassuringly, "It's us who should say thank you. Thank you for bringing this report to Berlin. I haven't heard such an excellent report for a long time. . Although I cannot guarantee that you will be favored by the Nobel Prize, I feel that at least the honor of being nominated for the Nobel Prize belongs to you."
But he felt that even so, he probably wouldn't have to wait that long...
In principle, recommenders cannot be disclosed, and nomination information will be kept strictly confidential for 50 years.
Of course, there were still many people who stood up and asked questions during the Q&A session.
After walking from the stage to behind the scenes, Professor Eitel walked towards Lu Zhou and said in a serious voice.
Lu Zhou also answered these questions in detail one by one.
He feels that for him, the medal is a recognition of his research results, but it is not a motivation for him to engage in certain research.
Although the existence of "zero charge potential of polycrystalline metal electrodes" is beyond doubt, there has been no conclusion about its formation mechanism and chemical essence under microscopic conditions.
Eitel laughed: "It's just a nomination, don't get too excited. When you reach my age, it will be great to take home a Nobel medal."
Although the existence of "zero charge potential of polycrystalline metal electrodes" is beyond doubt, there has been no conclusion about its formation mechanism and chemical essence under microscopic conditions.
Just do your own research with peace of mind. When the fate comes, what should be his will be there sooner or later.
This at least shows that the audience present has truly listened to his theory, and is not just trying to cover up their ignorance with applause.
"Whether or not the Nobel Committee agrees with the merits of your theory, I will recommend your name to the Royal Swedish Academy of Sciences."
Lu Zhou was not in a hurry about the Nobel Prize, nor did he have any anxiety because of Professor Ertel's recommendation.
Like the Millennium Problem in mathematics, there are also problems in chemistry that need to be solved.
What’s more interesting is that just after Max Planck’s position, Professor Martin Capras, who had previously published a scientific review in Nature and was optimistic about the theory, almost immediately followed suit in the chemical community. A paper was published in the top issue of JACS.
However, even if there are disputes, there are still some places where the international theoretical chemistry community has reached a consensus.
But he felt that even so, he probably wouldn't have to wait that long...
Although he didn't think history would record such a trivial matter, Lu Zhou still complied with their request and scrawled his name in their textbooks.
Of course, there is no need to mention the Peace Prize and the Literature Prize.
Lu Zhou was stunned for a moment, then smiled.
But this is nothing to be excited about. After all, there are usually 1,000 to 2,000 candidates selected every year. After two rounds of screening, only one can finally win the Nobel Prize.
In principle, recommenders cannot be disclosed, and nomination information will be kept strictly confidential for 50 years.
And how to answer all such questions from a theoretical perspective.
"Thanks."
After the report ended, several Ph.D.s from Humboldt University ran up to the podium and excitedly asked Lu Zhou for his autograph, saying that they wanted to commemorate this moment that might be recorded in the history of chemistry.
After walking from the stage to behind the scenes, Professor Eitel walked towards Lu Zhou and said in a serious voice.
It wasn't just Martin Capras who was interested in this new theory.
After walking from the stage to behind the scenes, Professor Eitel walked towards Lu Zhou and said in a serious voice.
"You're welcome." Looking at Lu Zhou, Professor Ertel also smiled reassuringly, "It's us who should say thank you. Thank you for bringing this report to Berlin. I haven't heard such an excellent report for a long time. . Although I cannot guarantee that you will be favored by the Nobel Prize, I feel that at least the honor of being nominated for the Nobel Prize belongs to you."
…
In principle, recommenders cannot be disclosed, and nomination information will be kept strictly confidential for 50 years.
To make an inappropriate but vivid metaphor, the establishment of this theoretical model is probably equivalent to the significance of the "four major century problems in chemistry" to the Hardy-Littlewood theorem to the Riemann Hypothesis.
According to the Nobel Prize selection rules, former Nobel Prize winners are qualified to recommend candidates.
Now it seems that he was obviously right.
Eitel laughed: "It's just a nomination, don't get too excited. When you reach my age, it will be great to take home a Nobel medal."
What’s more interesting is that just after Max Planck’s position, Professor Martin Capras, who had previously published a scientific review in Nature and was optimistic about the theory, almost immediately followed suit in the chemical community. A paper was published in the top issue of JACS.
But this is nothing to be excited about. After all, there are usually 1,000 to 2,000 candidates selected every year. After two rounds of screening, only one can finally win the Nobel Prize.
"Whether or not the Nobel Committee agrees with the merits of your theory, I will recommend your name to the Royal Swedish Academy of Sciences."
Obviously, the Nobel laureate had already seen that this theory would eventually succeed as early as two months ago, so he "betted" on it early. That’s why this paper was published in such a timely manner.
Just after Lu Zhou's report ended, the interdisciplinary task group established by Germany's Max Planck Society for the Advancement of Science on "Theoretical Model of Electrochemical Structural Interfaces" announced its support for the theory.
He is still young and has a long way to go.
Compared with the MRS meeting where no hands were raised, this is undoubtedly an exciting progress.
However, during the initial recommendation process, this rule was not strictly followed.
In principle, recommenders cannot be disclosed, and nomination information will be kept strictly confidential for 50 years.
…
Although he didn't think history would record such a trivial matter, Lu Zhou still complied with their request and scrawled his name in their textbooks.
Regardless of how Lu Zhou viewed his theory and the medal hanging above his head, almost immediately after the report ended, the entire theoretical chemistry community was in a state of shock.
Lu Zhou made a helpless expression.
However, during the initial recommendation process, this rule was not strictly followed.
Prior to this, this was regarded as a classic problem in the fields of electrochemistry and theoretical chemistry.
However, even if there are disputes, there are still some places where the international theoretical chemistry community has reached a consensus.
Lu Zhou was stunned for a moment, then smiled.
However, even if there are disputes, there are still some places where the international theoretical chemistry community has reached a consensus.
Regardless of how Lu Zhou viewed his theory and the medal hanging above his head, almost immediately after the report ended, the entire theoretical chemistry community was in a state of shock.
Lu Zhou also answered these questions in detail one by one.
It's just that these problems cannot be summarized in simple language like mathematical conjectures. Even the question of "who is more important" is controversial among various academic schools.
According to the acceptance speech of a Nobel Prize winner, at least in the Nobel Prize in Physiology and Medicine, there is a joke like "Hey, I recommended you to the Royal Swedish Academy of Sciences", and the person being teased usually reads it in the fidget The longest year of my life, until the final result is revealed in October.
But this is nothing to be excited about. After all, there are usually 1,000 to 2,000 candidates selected every year. After two rounds of screening, only one can finally win the Nobel Prize.
"Whether or not the Nobel Committee agrees with the merits of your theory, I will recommend your name to the Royal Swedish Academy of Sciences."
However, during the initial recommendation process, this rule was not strictly followed.
To make an inappropriate but vivid metaphor, the establishment of this theoretical model is probably equivalent to the significance of the "four major century problems in chemistry" to the Hardy-Littlewood theorem to the Riemann Hypothesis.
"Thanks."
It wasn't just Martin Capras who was interested in this new theory.
Of course, there is no need to mention the Peace Prize and the Literature Prize.
"You're welcome." Looking at Lu Zhou, Professor Ertel also smiled reassuringly, "It's us who should say thank you. Thank you for bringing this report to Berlin. I haven't heard such an excellent report for a long time. . Although I cannot guarantee that you will be favored by the Nobel Prize, I feel that at least the honor of being nominated for the Nobel Prize belongs to you."
Although he didn't think history would record such a trivial matter, Lu Zhou still complied with their request and scrawled his name in their textbooks.
The "Hardy-Littlewood theorem" determines that "the number of non-trivial zero points of the Riemann function in a certain interval is not less than KT", while the "theoretical model of the electrochemical interface structure" determines "the microchemistry of a certain type of chemical reaction" reaction theory".
To make an inappropriate but vivid metaphor, the establishment of this theoretical model is probably equivalent to the significance of the "four major century problems in chemistry" to the Hardy-Littlewood theorem to the Riemann Hypothesis.
Lu Zhou was not in a hurry about the Nobel Prize, nor did he have any anxiety because of Professor Ertel's recommendation.
Even bookmakers can "guess" the list of nominees in advance and open the market before the list is revealed. These two awards have already been spoiled.
This sensational response was far stronger than when Lu Zhou's paper was first published in JACS.
It is indeed unrealistic to win the Nobel Prize with a novel theory, and many things will take time to be tested.
After walking from the stage to behind the scenes, Professor Eitel walked towards Lu Zhou and said in a serious voice.
Regardless of how Lu Zhou viewed his theory and the medal hanging above his head, almost immediately after the report ended, the entire theoretical chemistry community was in a state of shock.
Like the Millennium Problem in mathematics, there are also problems in chemistry that need to be solved.
Lu Zhou joked: "You shouldn't tell me, then there won't be any surprises for me."
According to the acceptance speech of a Nobel Prize winner, at least in the Nobel Prize in Physiology and Medicine, there is a joke like "Hey, I recommended you to the Royal Swedish Academy of Sciences", and the person being teased usually reads it in the fidget The longest year of my life, until the final result is revealed in October.
For example, as the first of the four major problems in chemistry in the 21st century, how to establish time-dependent many-body quantum theory and statistical theory of chemical reactions that are accurate, effective and universally applicable is one of them.
Lu Zhou joked: "You shouldn't tell me, then there won't be any surprises for me."
…
But he felt that even so, he probably wouldn't have to wait that long...
Lu Zhou was not in a hurry about the Nobel Prize, nor did he have any anxiety because of Professor Ertel's recommendation.
Eitel laughed: "It's just a nomination, don't get too excited. When you reach my age, it will be great to take home a Nobel medal."
When a theory has been explained clearly enough, and when a report has won such a large amount of applause during the speech, the question-and-answer session seems a bit redundant.
Now it seems that he was obviously right.
This seems a bit difficult to pronounce. To describe it in popular language is, how to accurately calculate the rate of a chemical reaction? How to determine the path of a chemical reaction? How to determine the catalyst needed
Eitel laughed: "It's just a nomination, don't get too excited. When you reach my age, it will be great to take home a Nobel medal."
"Thanks."
Now it seems that he was obviously right.
For example, as the first of the four major problems in chemistry in the 21st century, how to establish time-dependent many-body quantum theory and statistical theory of chemical reactions that are accurate, effective and universally applicable is one of them.
However, during the initial recommendation process, this rule was not strictly followed.
After the report ended, several Ph.D.s from Humboldt University ran up to the podium and excitedly asked Lu Zhou for his autograph, saying that they wanted to commemorate this moment that might be recorded in the history of chemistry.
Eitel laughed: "It's just a nomination, don't get too excited. When you reach my age, it will be great to take home a Nobel medal."
Lu Zhou made a helpless expression.
What’s more interesting is that just after Max Planck’s position, Professor Martin Capras, who had previously published a scientific review in Nature and was optimistic about the theory, almost immediately followed suit in the chemical community. A paper was published in the top issue of JACS.
Of course, there were still many people who stood up and asked questions during the Q&A session.
According to the Nobel Prize selection rules, former Nobel Prize winners are qualified to recommend candidates.
Obviously, the Nobel laureate had already seen that this theory would eventually succeed as early as two months ago, so he "betted" on it early. That’s why this paper was published in such a timely manner.
Of course, there is no need to mention the Peace Prize and the Literature Prize.
He is still young and has a long way to go.
After the report ended, several Ph.D.s from Humboldt University ran up to the podium and excitedly asked Lu Zhou for his autograph, saying that they wanted to commemorate this moment that might be recorded in the history of chemistry.
"This is... too shocking."
It wasn't just Martin Capras who was interested in this new theory.
Lu Zhou was stunned for a moment, then smiled.
Although he didn't think history would record such a trivial matter, Lu Zhou still complied with their request and scrawled his name in their textbooks.
Although he didn't think history would record such a trivial matter, Lu Zhou still complied with their request and scrawled his name in their textbooks.
Lu Zhou was not in a hurry about the Nobel Prize, nor did he have any anxiety because of Professor Ertel's recommendation.
"You're welcome." Looking at Lu Zhou, Professor Ertel also smiled reassuringly, "It's us who should say thank you. Thank you for bringing this report to Berlin. I haven't heard such an excellent report for a long time. . Although I cannot guarantee that you will be favored by the Nobel Prize, I feel that at least the honor of being nominated for the Nobel Prize belongs to you."
It is indeed unrealistic to win the Nobel Prize with a novel theory, and many things will take time to be tested.
"Whether or not the Nobel Committee agrees with the merits of your theory, I will recommend your name to the Royal Swedish Academy of Sciences."
Now it seems that he was obviously right.
But he felt that even so, he probably wouldn't have to wait that long...
And how to answer all such questions from a theoretical perspective.
Obviously, the Nobel laureate had already seen that this theory would eventually succeed as early as two months ago, so he "betted" on it early. That’s why this paper was published in such a timely manner.
Compared with the "Kohn-Sham method" and "density functional theory" whose calculation results are quite different from reality, this theoretical model of the electrochemical interface structure is simply tailor-made for studying the electrochemical properties of the material surface. , which has strong guidance for research in the field of polymers.
In the paper, Professor Capras quoted Lu Zhou's previous paper published in "JACS" and gave a clear explanation of the zero charge potential of polycrystalline metal electrodes from a theoretical perspective.
…
"This is... too shocking."
However, even if there are disputes, there are still some places where the international theoretical chemistry community has reached a consensus.
Regardless of how Lu Zhou viewed his theory and the medal hanging above his head, almost immediately after the report ended, the entire theoretical chemistry community was in a state of shock.
Lu Zhou was not in a hurry about the Nobel Prize, nor did he have any anxiety because of Professor Ertel's recommendation.
"This is... too shocking."
"You're welcome." Looking at Lu Zhou, Professor Ertel also smiled reassuringly, "It's us who should say thank you. Thank you for bringing this report to Berlin. I haven't heard such an excellent report for a long time. . Although I cannot guarantee that you will be favored by the Nobel Prize, I feel that at least the honor of being nominated for the Nobel Prize belongs to you."
This at least shows that the audience present has truly listened to his theory, and is not just trying to cover up their ignorance with applause.
Although he didn't think history would record such a trivial matter, Lu Zhou still complied with their request and scrawled his name in their textbooks.
He feels that for him, the medal is a recognition of his research results, but it is not a motivation for him to engage in certain research.
The "Hardy-Littlewood theorem" determines that "the number of non-trivial zero points of the Riemann function in a certain interval is not less than KT", while the "theoretical model of the electrochemical interface structure" determines "the microchemistry of a certain type of chemical reaction" reaction theory".
"Whether or not the Nobel Committee agrees with the merits of your theory, I will recommend your name to the Royal Swedish Academy of Sciences."
He feels that for him, the medal is a recognition of his research results, but it is not a motivation for him to engage in certain research.
Lu Zhou was stunned for a moment, then smiled.
However, within the framework of the "theoretical model of electrochemical interface structure", solving this problem does not seem to be a difficult task. At least, it is much easier than studying this problem from the perspective of "first principles calculation".
This sensational response was far stronger than when Lu Zhou's paper was first published in JACS.
…
He is still young and has a long way to go.
Of course, there is no need to mention the Peace Prize and the Literature Prize.
When a theory has been explained clearly enough, and when a report has won such a large amount of applause during the speech, the question-and-answer session seems a bit redundant.
According to the acceptance speech of a Nobel Prize winner, at least in the Nobel Prize in Physiology and Medicine, there is a joke like "Hey, I recommended you to the Royal Swedish Academy of Sciences", and the person being teased usually reads it in the fidget The longest year of my life, until the final result is revealed in October.
Lu Zhou made a helpless expression.
What’s more interesting is that just after Max Planck’s position, Professor Martin Capras, who had previously published a scientific review in Nature and was optimistic about the theory, almost immediately followed suit in the chemical community. A paper was published in the top issue of JACS.
However, within the framework of the "theoretical model of electrochemical interface structure", solving this problem does not seem to be a difficult task. At least, it is much easier than studying this problem from the perspective of "first principles calculation".
It wasn't just Martin Capras who was interested in this new theory.
Just do your own research with peace of mind. When the fate comes, what should be his will be there sooner or later.
However, during the initial recommendation process, this rule was not strictly followed.
"You're welcome." Looking at Lu Zhou, Professor Ertel also smiled reassuringly, "It's us who should say thank you. Thank you for bringing this report to Berlin. I haven't heard such an excellent report for a long time. . Although I cannot guarantee that you will be favored by the Nobel Prize, I feel that at least the honor of being nominated for the Nobel Prize belongs to you."
"Whether or not the Nobel Committee agrees with the merits of your theory, I will recommend your name to the Royal Swedish Academy of Sciences."
Like the Millennium Problem in mathematics, there are also problems in chemistry that need to be solved.
He is still young and has a long way to go.
After the report ended, several Ph.D.s from Humboldt University ran up to the podium and excitedly asked Lu Zhou for his autograph, saying that they wanted to commemorate this moment that might be recorded in the history of chemistry.
At least, their boss now has another reason to keep them in the research team.
Regardless of how Lu Zhou viewed his theory and the medal hanging above his head, almost immediately after the report ended, the entire theoretical chemistry community was in a state of shock.
It is indeed unrealistic to win the Nobel Prize with a novel theory, and many things will take time to be tested.
After walking from the stage to behind the scenes, Professor Eitel walked towards Lu Zhou and said in a serious voice.
When a theory has been explained clearly enough, and when a report has won such a large amount of applause during the speech, the question-and-answer session seems a bit redundant.
Now it seems that he was obviously right.
Lu Zhou also answered these questions in detail one by one.
This sensational response was far stronger than when Lu Zhou's paper was first published in JACS.
After the report ended, several Ph.D.s from Humboldt University ran up to the podium and excitedly asked Lu Zhou for his autograph, saying that they wanted to commemorate this moment that might be recorded in the history of chemistry.
Lu Zhou also answered these questions in detail one by one.
Like the Millennium Problem in mathematics, there are also problems in chemistry that need to be solved.
This at least shows that the audience present has truly listened to his theory, and is not just trying to cover up their ignorance with applause.
However, even if there are disputes, there are still some places where the international theoretical chemistry community has reached a consensus.
It's just that these problems cannot be summarized in simple language like mathematical conjectures. Even the question of "who is more important" is controversial among various academic schools.
Lu Zhou was not in a hurry about the Nobel Prize, nor did he have any anxiety because of Professor Ertel's recommendation.
Of course, there is no need to mention the Peace Prize and the Literature Prize.
It is indeed unrealistic to win the Nobel Prize with a novel theory, and many things will take time to be tested.
The "Hardy-Littlewood theorem" determines that "the number of non-trivial zero points of the Riemann function in a certain interval is not less than KT", while the "theoretical model of the electrochemical interface structure" determines "the microchemistry of a certain type of chemical reaction" reaction theory".
Compared with the MRS meeting where no hands were raised, this is undoubtedly an exciting progress.
It's just that these problems cannot be summarized in simple language like mathematical conjectures. Even the question of "who is more important" is controversial among various academic schools.
However, even if there are disputes, there are still some places where the international theoretical chemistry community has reached a consensus.
This at least shows that the audience present has truly listened to his theory, and is not just trying to cover up their ignorance with applause.
However, during the initial recommendation process, this rule was not strictly followed.
To make an inappropriate but vivid metaphor, the establishment of this theoretical model is probably equivalent to the significance of the "four major century problems in chemistry" to the Hardy-Littlewood theorem to the Riemann Hypothesis.
Of course, there is no need to mention the Peace Prize and the Literature Prize.
However, during the initial recommendation process, this rule was not strictly followed.
This at least shows that the audience present has truly listened to his theory, and is not just trying to cover up their ignorance with applause.
For example, as the first of the four major problems in chemistry in the 21st century, how to establish time-dependent many-body quantum theory and statistical theory of chemical reactions that are accurate, effective and universally applicable is one of them.
"You're welcome." Looking at Lu Zhou, Professor Ertel also smiled reassuringly, "It's us who should say thank you. Thank you for bringing this report to Berlin. I haven't heard such an excellent report for a long time. . Although I cannot guarantee that you will be favored by the Nobel Prize, I feel that at least the honor of being nominated for the Nobel Prize belongs to you."
But he felt that even so, he probably wouldn't have to wait that long...
But this is nothing to be excited about. After all, there are usually 1,000 to 2,000 candidates selected every year. After two rounds of screening, only one can finally win the Nobel Prize.
Lu Zhou also answered these questions in detail one by one.
Like the Millennium Problem in mathematics, there are also problems in chemistry that need to be solved.
For example, as the first of the four major problems in chemistry in the 21st century, how to establish time-dependent many-body quantum theory and statistical theory of chemical reactions that are accurate, effective and universally applicable is one of them.
It is indeed unrealistic to win the Nobel Prize with a novel theory, and many things will take time to be tested.
According to the Nobel Prize selection rules, former Nobel Prize winners are qualified to recommend candidates.
This seems a bit difficult to pronounce. To describe it in popular language is, how to accurately calculate the rate of a chemical reaction? How to determine the path of a chemical reaction? How to determine the catalyst needed
Although the existence of "zero charge potential of polycrystalline metal electrodes" is beyond doubt, there has been no conclusion about its formation mechanism and chemical essence under microscopic conditions.
Regardless of how Lu Zhou viewed his theory and the medal hanging above his head, almost immediately after the report ended, the entire theoretical chemistry community was in a state of shock.
And how to answer all such questions from a theoretical perspective.
After the report ended, several Ph.D.s from Humboldt University ran up to the podium and excitedly asked Lu Zhou for his autograph, saying that they wanted to commemorate this moment that might be recorded in the history of chemistry.
Now it seems that he was obviously right.
The theoretical model of the electrochemical structure interface corresponds to a certain type of problem in this proposition.
After walking from the stage to behind the scenes, Professor Eitel walked towards Lu Zhou and said in a serious voice.
But this is nothing to be excited about. After all, there are usually 1,000 to 2,000 candidates selected every year. After two rounds of screening, only one can finally win the Nobel Prize.
However, during the initial recommendation process, this rule was not strictly followed.
To make an inappropriate but vivid metaphor, the establishment of this theoretical model is probably equivalent to the significance of the "four major century problems in chemistry" to the Hardy-Littlewood theorem to the Riemann Hypothesis.
Obviously, the Nobel laureate had already seen that this theory would eventually succeed as early as two months ago, so he "betted" on it early. That’s why this paper was published in such a timely manner.
Of course, there were still many people who stood up and asked questions during the Q&A session.
Although he didn't think history would record such a trivial matter, Lu Zhou still complied with their request and scrawled his name in their textbooks.
This sensational response was far stronger than when Lu Zhou's paper was first published in JACS.
Compared with the MRS meeting where no hands were raised, this is undoubtedly an exciting progress.
It wasn't just Martin Capras who was interested in this new theory.
Lu Zhou joked: "You shouldn't tell me, then there won't be any surprises for me."
Obviously, the Nobel laureate had already seen that this theory would eventually succeed as early as two months ago, so he "betted" on it early. That’s why this paper was published in such a timely manner.
The "Hardy-Littlewood theorem" determines that "the number of non-trivial zero points of the Riemann function in a certain interval is not less than KT", while the "theoretical model of the electrochemical interface structure" determines "the microchemistry of a certain type of chemical reaction" reaction theory".
He is still young and has a long way to go.
Lu Zhou was stunned for a moment, then smiled.
In principle, recommenders cannot be disclosed, and nomination information will be kept strictly confidential for 50 years.
According to the Nobel Prize selection rules, former Nobel Prize winners are qualified to recommend candidates.
Lu Zhou made a helpless expression.
Just after Lu Zhou's report ended, the interdisciplinary task group established by Germany's Max Planck Society for the Advancement of Science on "Theoretical Model of Electrochemical Structural Interfaces" announced its support for the theory.
Lu Zhou was not in a hurry about the Nobel Prize, nor did he have any anxiety because of Professor Ertel's recommendation.
This at least shows that the audience present has truly listened to his theory, and is not just trying to cover up their ignorance with applause.
Regardless of how Lu Zhou viewed his theory and the medal hanging above his head, almost immediately after the report ended, the entire theoretical chemistry community was in a state of shock.
He is still young and has a long way to go.
This seems a bit difficult to pronounce. To describe it in popular language is, how to accurately calculate the rate of a chemical reaction? How to determine the path of a chemical reaction? How to determine the catalyst needed
What’s more interesting is that just after Max Planck’s position, Professor Martin Capras, who had previously published a scientific review in Nature and was optimistic about the theory, almost immediately followed suit in the chemical community. A paper was published in the top issue of JACS.
"This is... too shocking."
Lu Zhou was stunned for a moment, then smiled.
In the paper, Professor Capras quoted Lu Zhou's previous paper published in "JACS" and gave a clear explanation of the zero charge potential of polycrystalline metal electrodes from a theoretical perspective.
In the paper, Professor Capras quoted Lu Zhou's previous paper published in "JACS" and gave a clear explanation of the zero charge potential of polycrystalline metal electrodes from a theoretical perspective.
The "Hardy-Littlewood theorem" determines that "the number of non-trivial zero points of the Riemann function in a certain interval is not less than KT", while the "theoretical model of the electrochemical interface structure" determines "the microchemistry of a certain type of chemical reaction" reaction theory".
After walking from the stage to behind the scenes, Professor Eitel walked towards Lu Zhou and said in a serious voice.
This sensational response was far stronger than when Lu Zhou's paper was first published in JACS.
In the paper, Professor Capras quoted Lu Zhou's previous paper published in "JACS" and gave a clear explanation of the zero charge potential of polycrystalline metal electrodes from a theoretical perspective.
"You're welcome." Looking at Lu Zhou, Professor Ertel also smiled reassuringly, "It's us who should say thank you. Thank you for bringing this report to Berlin. I haven't heard such an excellent report for a long time. . Although I cannot guarantee that you will be favored by the Nobel Prize, I feel that at least the honor of being nominated for the Nobel Prize belongs to you."
Prior to this, this was regarded as a classic problem in the fields of electrochemistry and theoretical chemistry.
Lu Zhou joked: "You shouldn't tell me, then there won't be any surprises for me."
At least, their boss now has another reason to keep them in the research team.
It is indeed unrealistic to win the Nobel Prize with a novel theory, and many things will take time to be tested.
Although the existence of "zero charge potential of polycrystalline metal electrodes" is beyond doubt, there has been no conclusion about its formation mechanism and chemical essence under microscopic conditions.
Now it seems that he was obviously right.
Now it seems that he was obviously right.
Lu Zhou also answered these questions in detail one by one.
However, within the framework of the "theoretical model of electrochemical interface structure", solving this problem does not seem to be a difficult task. At least, it is much easier than studying this problem from the perspective of "first principles calculation".
For example, as the first of the four major problems in chemistry in the 21st century, how to establish time-dependent many-body quantum theory and statistical theory of chemical reactions that are accurate, effective and universally applicable is one of them.
However, within the framework of the "theoretical model of electrochemical interface structure", solving this problem does not seem to be a difficult task. At least, it is much easier than studying this problem from the perspective of "first principles calculation".
But he felt that even so, he probably wouldn't have to wait that long...
…
To make an inappropriate but vivid metaphor, the establishment of this theoretical model is probably equivalent to the significance of the "four major century problems in chemistry" to the Hardy-Littlewood theorem to the Riemann Hypothesis.
"Whether or not the Nobel Committee agrees with the merits of your theory, I will recommend your name to the Royal Swedish Academy of Sciences."
Eitel laughed: "It's just a nomination, don't get too excited. When you reach my age, it will be great to take home a Nobel medal."
Regardless of how Lu Zhou viewed his theory and the medal hanging above his head, almost immediately after the report ended, the entire theoretical chemistry community was in a state of shock.
It is indeed unrealistic to win the Nobel Prize with a novel theory, and many things will take time to be tested.
Obviously, the Nobel laureate had already seen that this theory would eventually succeed as early as two months ago, so he "betted" on it early. That’s why this paper was published in such a timely manner.
…
Of course, there is no need to mention the Peace Prize and the Literature Prize.
Lu Zhou was not in a hurry about the Nobel Prize, nor did he have any anxiety because of Professor Ertel's recommendation.
"You're welcome." Looking at Lu Zhou, Professor Ertel also smiled reassuringly, "It's us who should say thank you. Thank you for bringing this report to Berlin. I haven't heard such an excellent report for a long time. . Although I cannot guarantee that you will be favored by the Nobel Prize, I feel that at least the honor of being nominated for the Nobel Prize belongs to you."
Obviously, the Nobel laureate had already seen that this theory would eventually succeed as early as two months ago, so he "betted" on it early. That’s why this paper was published in such a timely manner.
In the paper, Professor Capras quoted Lu Zhou's previous paper published in "JACS" and gave a clear explanation of the zero charge potential of polycrystalline metal electrodes from a theoretical perspective.
Now it seems that he was obviously right.
As the lecture ended, more and more colleagues in the theoretical chemistry community and even researchers in applied fields showed strong interest in this theory.
"You're welcome." Looking at Lu Zhou, Professor Ertel also smiled reassuringly, "It's us who should say thank you. Thank you for bringing this report to Berlin. I haven't heard such an excellent report for a long time. . Although I cannot guarantee that you will be favored by the Nobel Prize, I feel that at least the honor of being nominated for the Nobel Prize belongs to you."
"Whether or not the Nobel Committee agrees with the merits of your theory, I will recommend your name to the Royal Swedish Academy of Sciences."
To make an inappropriate but vivid metaphor, the establishment of this theoretical model is probably equivalent to the significance of the "four major century problems in chemistry" to the Hardy-Littlewood theorem to the Riemann Hypothesis.
"You're welcome." Looking at Lu Zhou, Professor Ertel also smiled reassuringly, "It's us who should say thank you. Thank you for bringing this report to Berlin. I haven't heard such an excellent report for a long time. . Although I cannot guarantee that you will be favored by the Nobel Prize, I feel that at least the honor of being nominated for the Nobel Prize belongs to you."
It wasn't just Martin Capras who was interested in this new theory.
Of course, there is no need to mention the Peace Prize and the Literature Prize.
After walking from the stage to behind the scenes, Professor Eitel walked towards Lu Zhou and said in a serious voice.
Obviously, the Nobel laureate had already seen that this theory would eventually succeed as early as two months ago, so he "betted" on it early. That’s why this paper was published in such a timely manner.
Although the existence of "zero charge potential of polycrystalline metal electrodes" is beyond doubt, there has been no conclusion about its formation mechanism and chemical essence under microscopic conditions.
As the lecture ended, more and more colleagues in the theoretical chemistry community and even researchers in applied fields showed strong interest in this theory.
Although he didn't think history would record such a trivial matter, Lu Zhou still complied with their request and scrawled his name in their textbooks.
It's just that these problems cannot be summarized in simple language like mathematical conjectures. Even the question of "who is more important" is controversial among various academic schools.
For example, as the first of the four major problems in chemistry in the 21st century, how to establish time-dependent many-body quantum theory and statistical theory of chemical reactions that are accurate, effective and universally applicable is one of them.
However, even if there are disputes, there are still some places where the international theoretical chemistry community has reached a consensus.
Lu Zhou made a helpless expression.
Eitel laughed: "It's just a nomination, don't get too excited. When you reach my age, it will be great to take home a Nobel medal."
The "Hardy-Littlewood theorem" determines that "the number of non-trivial zero points of the Riemann function in a certain interval is not less than KT", while the "theoretical model of the electrochemical interface structure" determines "the microchemistry of a certain type of chemical reaction" reaction theory".
Compared with the "Kohn-Sham method" and "density functional theory" whose calculation results are quite different from reality, this theoretical model of the electrochemical interface structure is simply tailor-made for studying the electrochemical properties of the material surface. , which has strong guidance for research in the field of polymers.
"You're welcome." Looking at Lu Zhou, Professor Ertel also smiled reassuringly, "It's us who should say thank you. Thank you for bringing this report to Berlin. I haven't heard such an excellent report for a long time. . Although I cannot guarantee that you will be favored by the Nobel Prize, I feel that at least the honor of being nominated for the Nobel Prize belongs to you."
Lu Zhou also answered these questions in detail one by one.
It's just that these problems cannot be summarized in simple language like mathematical conjectures. Even the question of "who is more important" is controversial among various academic schools.
When a theory has been explained clearly enough, and when a report has won such a large amount of applause during the speech, the question-and-answer session seems a bit redundant.
The theoretical model of the electrochemical structure interface corresponds to a certain type of problem in this proposition.
Especially for PhDs in computational chemistry and computational materials science, the emergence of this new theory is undoubtedly a boon to them.
To make an inappropriate but vivid metaphor, the establishment of this theoretical model is probably equivalent to the significance of the "four major century problems in chemistry" to the Hardy-Littlewood theorem to the Riemann Hypothesis.
Compared with the "Kohn-Sham method" and "density functional theory" whose calculation results are quite different from reality, this theoretical model of the electrochemical interface structure is simply tailor-made for studying the electrochemical properties of the material surface. , which has strong guidance for research in the field of polymers.
When a theory has been explained clearly enough, and when a report has won such a large amount of applause during the speech, the question-and-answer session seems a bit redundant.
At least, their boss now has another reason to keep them in the research team.
"Thanks."
After walking from the stage to behind the scenes, Professor Eitel walked towards Lu Zhou and said in a serious voice.
While the outside world is speculating whether Lu Zhou will become the youngest Nobel Prize winner because of this theory, the German Chemical Society has made a decision quietly.
Lu Zhou joked: "You shouldn't tell me, then there won't be any surprises for me."
It wasn't just Martin Capras who was interested in this new theory.
In recognition of the outstanding contribution of this theoretical model to chemistry, the German Chemical Society decided after discussion to award the founder of this theory a very meaningful medal...
It's just that these problems cannot be summarized in simple language like mathematical conjectures. Even the question of "who is more important" is controversial among various academic schools.
According to the acceptance speech of a Nobel Prize winner, at least in the Nobel Prize in Physiology and Medicine, there is a joke like "Hey, I recommended you to the Royal Swedish Academy of Sciences", and the person being teased usually reads it in the fidget The longest year of my life, until the final result is revealed in October.