Brother Qian is very efficient in his work.
On the clean paper, Lu Zhou thought about it for a moment and then wrote a title -
On the second day after Yang Xu reported his work, Lu Zhou received an email from the Jinling Institute of Computational Materials. Attached to the email attachment is an experimental report, which summarizes in detail all the experimental data collected during this period.
On the second day after Yang Xu reported his work, Lu Zhou received an email from the Jinling Institute of Computational Materials. Attached to the email attachment is an experimental report, which summarizes in detail all the experimental data collected during this period.
But the next work will not be so easy.
On the second day after Yang Xu reported his work, Lu Zhou received an email from the Jinling Institute of Computational Materials. Attached to the email attachment is an experimental report, which summarizes in detail all the experimental data collected during this period.
The first step in any research work is to start with literature reading.
However, even Lu Zhou cannot solve all the problems.
An immature field and a mature field require completely different efforts to make breakthroughs based on previous research.
When he opened his eyes again, there was nothing but concentration and calmness in them that he had never seen before.
Brother Qian is very efficient in his work.
All the preparatory work has been completed within this six months.
With reliable data as support, Lu Zhou can continue to improve his theory on this basis.
To give just two examples, how to explain the differential capacitance curve of polycrystalline metal electrodes? How to explain the origin of the capacitance peak in the differential capacitance curve of Hg electrode in electrolyte solutions with different solvents
With the development of technology, computer simulation methods such as molecular dynamics simulation and Monte Carlo simulation were born, making the theoretical model of electrochemical interface closer to reality.
Thanks to these things, he could finally start the next step.
However, even so, no one can provide a theoretical model that can be relied on to reasonably explain the microscopic essence of various electrochemical processes occurring at the interface.
After sitting there in silence for about an hour, Lu Zhou suddenly grabbed his hair irritably, dropped the ballpoint pen in his hand and stood up.
When he was an undergraduate at MIT, after completing a degree in applied mathematics, he also completed a major in applied chemistry. He is the only one among Lu Zhou's five apprentices who has a foundation in mathematics and chemistry.
Wei Wen obviously knew this, so he was just envious.
He stopped, looked at the pile of manuscript papers on the table, and said to himself.
…
If you answer these questions one by one, there will be no problem at all in winning two or three Nobel Prizes in Chemistry. The Nobel Committee will always pay more attention to theory than application.
The next morning, Lu Zhou called Jericho into his office and talked to him.
Wei Wen, who was sitting at the desk next door and immersed in work, glanced at him with envy.
The subsequent literature review and other series of work were also completed within a week.
However, it is just like the group construction method is to additive number theory.
But the next work will not be so easy.
As time goes by, the paper basket in the corner of the study gradually fills up, and is gradually buried by the thrown paper balls until the outline can no longer be seen.
"I remember you told me last time that you planned to follow me in the direction of studying computing materials. I'll ask you again now, are you ready?"
This is true for both theoretical and applied research.
"Scientific intuition? Plus inspiration from other places," Lu Zhou answered the question in a casual tone while flipping through the literature in his hand. "In fact, there is no absolute appropriate answer to the question of technical ideas. There are only relatively suitable choices.”
"Chemistry needs my theoretical model..."
Upon hearing this, Jericho immediately said excitedly: "Of course! Professor, I'm ready!"
This is true for both theoretical and applied research.
After writing the title of the paper on the scratch paper, Lu Zhou closed his eyes and took a deep breath.
This is true for both theoretical and applied research.
…
Electrochemical interface theory is an important pillar of modern electrochemistry and one of the classic problems in theoretical chemistry. To make an inappropriate analogy, its status is like the twin prime number conjecture in mathematics, which occupies a core position in a certain type of problem.
On the second day after Yang Xu reported his work, Lu Zhou received an email from the Jinling Institute of Computational Materials. Attached to the email attachment is an experimental report, which summarizes in detail all the experimental data collected during this period.
After getting the experimental data, Lu Zhou did not rush to start writing calculations, but plunged into the Flintstone Library.
After writing the title of the paper on the scratch paper, Lu Zhou closed his eyes and took a deep breath.
When he was an undergraduate at MIT, after completing a degree in applied mathematics, he also completed a major in applied chemistry. He is the only one among Lu Zhou's five apprentices who has a foundation in mathematics and chemistry.
Upon hearing this, Jericho immediately said excitedly: "Of course! Professor, I'm ready!"
Matters involving calculations can only be completed by Lu Zhou himself.
"You don't need to envy him. The current accumulation is to fly higher. If you plan to develop in the direction of mathematical physics, you must spend more time and sweat than him."
Mathematical physics is different from computational chemistry. The latter is still growing slowly in its bud, trying to use new theories to explain experimental phenomena. However, the former has gone far beyond the current experimental level and entered unknown fields.
As time goes by, the paper basket in the corner of the study gradually fills up, and is gradually buried by the thrown paper balls until the outline can no longer be seen.
With the help of two assistants, document collection did not take Lu Zhou too long.
Wei Wen, who was sitting at the desk next door and immersed in work, glanced at him with envy.
I don’t know how many pen refills were empty or how many pieces of draft paper were full. When Lu Zhou wrote the last line of calculations on the A4 paper, he suddenly stopped.
Electrochemical interface theory is an important pillar of modern electrochemistry and one of the classic problems in theoretical chemistry. To make an inappropriate analogy, its status is like the twin prime number conjecture in mathematics, which occupies a core position in a certain type of problem.
Jericho, who enrolled in the same batch as himself, has already determined his research direction.
And now, it’s time to put the finishing touches on all the work!
To give just two examples, how to explain the differential capacitance curve of polycrystalline metal electrodes? How to explain the origin of the capacitance peak in the differential capacitance curve of Hg electrode in electrolyte solutions with different solvents
I don’t know how many pen refills were empty or how many pieces of draft paper were full. When Lu Zhou wrote the last line of calculations on the A4 paper, he suddenly stopped.
However, even Lu Zhou cannot solve all the problems.
And now, it’s time to put the finishing touches on all the work!
The first step in any research work is to start with literature reading.
Nodding, he answered simply.
However, half a year has passed now, and he is still doing some study-related work and has not participated in formal research at all.
On the second day after Yang Xu reported his work, Lu Zhou received an email from the Jinling Institute of Computational Materials. Attached to the email attachment is an experimental report, which summarizes in detail all the experimental data collected during this period.
When he was an undergraduate at MIT, after completing a degree in applied mathematics, he also completed a major in applied chemistry. He is the only one among Lu Zhou's five apprentices who has a foundation in mathematics and chemistry.
On the last day of March, Lu Zhou did not go to the office of the Institute for Advanced Study. After getting up, he turned around and walked into the study next to the master bedroom on the second floor.
An immature field and a mature field require completely different efforts to make breakthroughs based on previous research.
I don’t know how many pen refills were empty or how many pieces of draft paper were full. When Lu Zhou wrote the last line of calculations on the A4 paper, he suddenly stopped.
He stopped, looked at the pile of manuscript papers on the table, and said to himself.
After all, if we get an effective answer to these questions, although it may not be intuitively reflected in a certain company's bank card account or a certain country's economic data, the impact on the process of civilization will be far greater than that of "modified PDMS" The significance of a single invention like "material" is much more important.
As for going out, from the moment he started to retreat, he never did it again.
Sensing the envy in Wei Wen's eyes, Lu Zhou spoke.
When he opened his eyes again, there was nothing but concentration and calmness in them that he had never seen before.
"A supercomputer designed for computational chemistry!"
After sitting there in silence for about an hour, Lu Zhou suddenly grabbed his hair irritably, dropped the ballpoint pen in his hand and stood up.
"Chemistry needs my theoretical model..."
"You don't need to envy him. The current accumulation is to fly higher. If you plan to develop in the direction of mathematical physics, you must spend more time and sweat than him."
If you answer these questions one by one, there will be no problem at all in winning two or three Nobel Prizes in Chemistry. The Nobel Committee will always pay more attention to theory than application.
These seemingly simple problems are not mentioned in books.
Mathematical physics is different from computational chemistry. The latter is still growing slowly in its bud, trying to use new theories to explain experimental phenomena. However, the former has gone far beyond the current experimental level and entered unknown fields.
All the preparatory work has been completed within this six months.
However, it is just like the group construction method is to additive number theory.
He stopped, looked at the pile of manuscript papers on the table, and said to himself.
An immature field and a mature field require completely different efforts to make breakthroughs based on previous research.
Pacing back and forth in the study, he kept thinking and repeating the same sentence.
"That's a good question. You can follow me to a good place in a while. When we get there, you will know."
This is true for both theoretical and applied research.
This concept can be traced back to the early 1980s, when a true interface molecular model was proposed.
He didn't even go down the stairs unless he was eating or drinking.
Wei Wen obviously knew this, so he was just envious.
"I see."
He has collected a lot of data for this moment.
Suddenly, Lu Zhou seemed to have thought of something, and his eyes became brighter and brighter.
To give just two examples, how to explain the differential capacitance curve of polycrystalline metal electrodes? How to explain the origin of the capacitance peak in the differential capacitance curve of Hg electrode in electrolyte solutions with different solvents
When he opened his eyes again, there was nothing but concentration and calmness in them that he had never seen before.
Nodding, he answered simply.
"Theoretical Model of Electrochemical Interface Structure"
Lu Zhou originally completed this work alone, but now he has two helpers. One is Jericho, who is interested in developing computational materials, and the other is Connie, who is a postdoctoral fellow here.
If you answer these questions one by one, there will be no problem at all in winning two or three Nobel Prizes in Chemistry. The Nobel Committee will always pay more attention to theory than application.
An immature field and a mature field require completely different efforts to make breakthroughs based on previous research.
"I see."
Whenever Lu Zhou got tired, he would go back to the bedroom to sleep. When he woke up, he would go back to the study to continue thinking.
"A relatively suitable choice..." Chewing this sentence repeatedly and looking at the document in his hand, Jericho nodded thoughtfully.
When he was an undergraduate at MIT, after completing a degree in applied mathematics, he also completed a major in applied chemistry. He is the only one among Lu Zhou's five apprentices who has a foundation in mathematics and chemistry.
With reliable data as support, Lu Zhou can continue to improve his theory on this basis.
To give just two examples, how to explain the differential capacitance curve of polycrystalline metal electrodes? How to explain the origin of the capacitance peak in the differential capacitance curve of Hg electrode in electrolyte solutions with different solvents
Jericho raised his hand and said enthusiastically: "Professor, what do you need me to do?"
If we can use mathematical methods to describe the interface properties, and establish a theoretical model of the electrochemical interface structure on this basis. He can then establish a theoretical tool that can answer all these questions!
He didn't even go down the stairs unless he was eating or drinking.
Sitting in a room of less than ten square meters, he made himself a cup of coffee, then opened the drawer and took out paper and pen.
With the help of two assistants, document collection did not take Lu Zhou too long.
However, half a year has passed now, and he is still doing some study-related work and has not participated in formal research at all.
Wei Wen, who was sitting at the desk next door and immersed in work, glanced at him with envy.
"Theoretical Model of Electrochemical Interface Structure"
He didn't even go down the stairs unless he was eating or drinking.
Lu Zhou did not answer the question directly, but just smiled and said.
The first step in any research work is to start with literature reading.
The subsequent literature review and other series of work were also completed within a week.
Wei Wen obviously knew this, so he was just envious.
Jericho, who enrolled in the same batch as himself, has already determined his research direction.
"That's a good question. You can follow me to a good place in a while. When we get there, you will know."
To give just two examples, how to explain the differential capacitance curve of polycrystalline metal electrodes? How to explain the origin of the capacitance peak in the differential capacitance curve of Hg electrode in electrolyte solutions with different solvents
However, half a year has passed now, and he is still doing some study-related work and has not participated in formal research at all.
Nodding, he answered simply.
…
These seemingly simple problems are not mentioned in books.
"Theoretical Model of Electrochemical Interface Structure"
If you answer these questions one by one, there will be no problem at all in winning two or three Nobel Prizes in Chemistry. The Nobel Committee will always pay more attention to theory than application.
But the next work will not be so easy.
"Scientific intuition? Plus inspiration from other places," Lu Zhou answered the question in a casual tone while flipping through the literature in his hand. "In fact, there is no absolute appropriate answer to the question of technical ideas. There are only relatively suitable choices.”
An immature field and a mature field require completely different efforts to make breakthroughs based on previous research.
However, even so, no one can provide a theoretical model that can be relied on to reasonably explain the microscopic essence of various electrochemical processes occurring at the interface.
The first step in any research work is to start with literature reading.
Electrochemical interface theory is an important pillar of modern electrochemistry and one of the classic problems in theoretical chemistry. To make an inappropriate analogy, its status is like the twin prime number conjecture in mathematics, which occupies a core position in a certain type of problem.
After getting the experimental data, Lu Zhou did not rush to start writing calculations, but plunged into the Flintstone Library.
He stopped, looked at the pile of manuscript papers on the table, and said to himself.
This is true for both theoretical and applied research.
"I remember you told me last time that you planned to follow me in the direction of studying computing materials. I'll ask you again now, are you ready?"
"I remember you told me last time that you planned to follow me in the direction of studying computing materials. I'll ask you again now, are you ready?"
When he was an undergraduate at MIT, after completing a degree in applied mathematics, he also completed a major in applied chemistry. He is the only one among Lu Zhou's five apprentices who has a foundation in mathematics and chemistry.
Whenever Lu Zhou got tired, he would go back to the bedroom to sleep. When he woke up, he would go back to the study to continue thinking.
However, half a year has passed now, and he is still doing some study-related work and has not participated in formal research at all.
Brother Qian is very efficient in his work.
After getting the experimental data, Lu Zhou did not rush to start writing calculations, but plunged into the Flintstone Library.
This concept can be traced back to the early 1980s, when a true interface molecular model was proposed.
"Chemistry needs my theoretical model..."
When he opened his eyes again, there was nothing but concentration and calmness in them that he had never seen before.
And now, it’s time to put the finishing touches on all the work!
Sensing the envy in Wei Wen's eyes, Lu Zhou spoke.
But the next work will not be so easy.
Jericho, who was sitting next to Lu Zhou and flipping through the literature, suddenly asked: "Professor, how did you come up with the idea of using hollow carbon spheres to solve the shuttle effect of lithium-sulfur batteries?"
With the development of technology, computer simulation methods such as molecular dynamics simulation and Monte Carlo simulation were born, making the theoretical model of electrochemical interface closer to reality.
Lu Zhou originally completed this work alone, but now he has two helpers. One is Jericho, who is interested in developing computational materials, and the other is Connie, who is a postdoctoral fellow here.
As for going out, from the moment he started to retreat, he never did it again.
With the help of two assistants, document collection did not take Lu Zhou too long.
After writing the title of the paper on the scratch paper, Lu Zhou closed his eyes and took a deep breath.
Jericho, who was sitting next to Lu Zhou and flipping through the literature, suddenly asked: "Professor, how did you come up with the idea of using hollow carbon spheres to solve the shuttle effect of lithium-sulfur batteries?"
Suddenly, Lu Zhou seemed to have thought of something, and his eyes became brighter and brighter.
As time goes by, the paper basket in the corner of the study gradually fills up, and is gradually buried by the thrown paper balls until the outline can no longer be seen.
"That's a good question. You can follow me to a good place in a while. When we get there, you will know."
It was then that the classical electrostatic concept of electrochemical interfaces began to transition to the modern concept of condensed matter physics.
On the last day of March, Lu Zhou did not go to the office of the Institute for Advanced Study. After getting up, he turned around and walked into the study next to the master bedroom on the second floor.
The next morning, Lu Zhou called Jericho into his office and talked to him.
The next morning, Lu Zhou called Jericho into his office and talked to him.
"Scientific intuition? Plus inspiration from other places," Lu Zhou answered the question in a casual tone while flipping through the literature in his hand. "In fact, there is no absolute appropriate answer to the question of technical ideas. There are only relatively suitable choices.”
After getting the experimental data, Lu Zhou did not rush to start writing calculations, but plunged into the Flintstone Library.
"Scientific intuition? Plus inspiration from other places," Lu Zhou answered the question in a casual tone while flipping through the literature in his hand. "In fact, there is no absolute appropriate answer to the question of technical ideas. There are only relatively suitable choices.”
"Theoretical Model of Electrochemical Interface Structure"
The first step in any research work is to start with literature reading.
"A relatively suitable choice..." Chewing this sentence repeatedly and looking at the document in his hand, Jericho nodded thoughtfully.
Lu Zhou originally completed this work alone, but now he has two helpers. One is Jericho, who is interested in developing computational materials, and the other is Connie, who is a postdoctoral fellow here.
With reliable data as support, Lu Zhou can continue to improve his theory on this basis.
Lu Zhou originally completed this work alone, but now he has two helpers. One is Jericho, who is interested in developing computational materials, and the other is Connie, who is a postdoctoral fellow here.
On the last day of March, Lu Zhou did not go to the office of the Institute for Advanced Study. After getting up, he turned around and walked into the study next to the master bedroom on the second floor.
With the help of two assistants, document collection did not take Lu Zhou too long.
An immature field and a mature field require completely different efforts to make breakthroughs based on previous research.
Sitting in a room of less than ten square meters, he made himself a cup of coffee, then opened the drawer and took out paper and pen.
The subsequent literature review and other series of work were also completed within a week.
After writing the title of the paper on the scratch paper, Lu Zhou closed his eyes and took a deep breath.
On the clean paper, Lu Zhou thought about it for a moment and then wrote a title -
But the next work will not be so easy.
He has collected a lot of data for this moment.
As for going out, from the moment he started to retreat, he never did it again.
…
"A supercomputer designed for computational chemistry!"
As for going out, from the moment he started to retreat, he never did it again.
The next morning, Lu Zhou called Jericho into his office and talked to him.
Matters involving calculations can only be completed by Lu Zhou himself.
As for going out, from the moment he started to retreat, he never did it again.
However, it is just like the group construction method is to additive number theory.
Whenever Lu Zhou got tired, he would go back to the bedroom to sleep. When he woke up, he would go back to the study to continue thinking.
Lu Zhou did not answer the question directly, but just smiled and said.
Upon hearing this, Jericho immediately said excitedly: "Of course! Professor, I'm ready!"
Lu Zhou did not answer the question directly, but just smiled and said.
On the last day of March, Lu Zhou did not go to the office of the Institute for Advanced Study. After getting up, he turned around and walked into the study next to the master bedroom on the second floor.
However, even Lu Zhou cannot solve all the problems.
The subsequent literature review and other series of work were also completed within a week.
Wei Wen, who was sitting at the desk next door and immersed in work, glanced at him with envy.
"Scientific intuition? Plus inspiration from other places," Lu Zhou answered the question in a casual tone while flipping through the literature in his hand. "In fact, there is no absolute appropriate answer to the question of technical ideas. There are only relatively suitable choices.”
To give just two examples, how to explain the differential capacitance curve of polycrystalline metal electrodes? How to explain the origin of the capacitance peak in the differential capacitance curve of Hg electrode in electrolyte solutions with different solvents
Sitting in a room of less than ten square meters, he made himself a cup of coffee, then opened the drawer and took out paper and pen.
Whenever Lu Zhou got tired, he would go back to the bedroom to sleep. When he woke up, he would go back to the study to continue thinking.
These seemingly simple problems are not mentioned in books.
The subsequent literature review and other series of work were also completed within a week.
After getting the experimental data, Lu Zhou did not rush to start writing calculations, but plunged into the Flintstone Library.
…
Brother Qian is very efficient in his work.
On the clean paper, Lu Zhou thought about it for a moment and then wrote a title -
As time goes by, the paper basket in the corner of the study gradually fills up, and is gradually buried by the thrown paper balls until the outline can no longer be seen.
If you answer these questions one by one, there will be no problem at all in winning two or three Nobel Prizes in Chemistry. The Nobel Committee will always pay more attention to theory than application.
On the clean paper, Lu Zhou thought about it for a moment and then wrote a title -
It was then that the classical electrostatic concept of electrochemical interfaces began to transition to the modern concept of condensed matter physics.
The first step in any research work is to start with literature reading.
It was then that the classical electrostatic concept of electrochemical interfaces began to transition to the modern concept of condensed matter physics.
Upon hearing this, Jericho immediately said excitedly: "Of course! Professor, I'm ready!"
Mathematical physics is different from computational chemistry. The latter is still growing slowly in its bud, trying to use new theories to explain experimental phenomena. However, the former has gone far beyond the current experimental level and entered unknown fields.
"Theoretical Model of Electrochemical Interface Structure"
Jericho raised his hand and said enthusiastically: "Professor, what do you need me to do?"
However, even Lu Zhou cannot solve all the problems.
Upon hearing this, Jericho immediately said excitedly: "Of course! Professor, I'm ready!"
If you answer these questions one by one, there will be no problem at all in winning two or three Nobel Prizes in Chemistry. The Nobel Committee will always pay more attention to theory than application.
Sitting in a room of less than ten square meters, he made himself a cup of coffee, then opened the drawer and took out paper and pen.
Upon hearing this, Jericho immediately said excitedly: "Of course! Professor, I'm ready!"
After getting the experimental data, Lu Zhou did not rush to start writing calculations, but plunged into the Flintstone Library.
Electrochemical interface theory is an important pillar of modern electrochemistry and one of the classic problems in theoretical chemistry. To make an inappropriate analogy, its status is like the twin prime number conjecture in mathematics, which occupies a core position in a certain type of problem.
However, it is just like the group construction method is to additive number theory.
After writing the title of the paper on the scratch paper, Lu Zhou closed his eyes and took a deep breath.
The next morning, Lu Zhou called Jericho into his office and talked to him.
After all, if we get an effective answer to these questions, although it may not be intuitively reflected in a certain company's bank card account or a certain country's economic data, the impact on the process of civilization will be far greater than that of "modified PDMS" The significance of a single invention like "material" is much more important.
And now, it’s time to put the finishing touches on all the work!
On the second day after Yang Xu reported his work, Lu Zhou received an email from the Jinling Institute of Computational Materials. Attached to the email attachment is an experimental report, which summarizes in detail all the experimental data collected during this period.
An immature field and a mature field require completely different efforts to make breakthroughs based on previous research.
This concept can be traced back to the early 1980s, when a true interface molecular model was proposed.
The next morning, Lu Zhou called Jericho into his office and talked to him.
It was then that the classical electrostatic concept of electrochemical interfaces began to transition to the modern concept of condensed matter physics.
Jericho, who was sitting next to Lu Zhou and flipping through the literature, suddenly asked: "Professor, how did you come up with the idea of using hollow carbon spheres to solve the shuttle effect of lithium-sulfur batteries?"
It was then that the classical electrostatic concept of electrochemical interfaces began to transition to the modern concept of condensed matter physics.
The first step in any research work is to start with literature reading.
The next morning, Lu Zhou called Jericho into his office and talked to him.
This concept can be traced back to the early 1980s, when a true interface molecular model was proposed.
He stopped, looked at the pile of manuscript papers on the table, and said to himself.
The subsequent literature review and other series of work were also completed within a week.
With the help of two assistants, document collection did not take Lu Zhou too long.
It was then that the classical electrostatic concept of electrochemical interfaces began to transition to the modern concept of condensed matter physics.
Lu Zhou originally completed this work alone, but now he has two helpers. One is Jericho, who is interested in developing computational materials, and the other is Connie, who is a postdoctoral fellow here.
With the development of technology, computer simulation methods such as molecular dynamics simulation and Monte Carlo simulation were born, making the theoretical model of electrochemical interface closer to reality.
Sitting in a room of less than ten square meters, he made himself a cup of coffee, then opened the drawer and took out paper and pen.
An immature field and a mature field require completely different efforts to make breakthroughs based on previous research.
After writing the title of the paper on the scratch paper, Lu Zhou closed his eyes and took a deep breath.
"I see."
Suddenly, Lu Zhou seemed to have thought of something, and his eyes became brighter and brighter.
With reliable data as support, Lu Zhou can continue to improve his theory on this basis.
Whenever Lu Zhou got tired, he would go back to the bedroom to sleep. When he woke up, he would go back to the study to continue thinking.
However, even so, no one can provide a theoretical model that can be relied on to reasonably explain the microscopic essence of various electrochemical processes occurring at the interface.
However, half a year has passed now, and he is still doing some study-related work and has not participated in formal research at all.
It was then that the classical electrostatic concept of electrochemical interfaces began to transition to the modern concept of condensed matter physics.
With the development of technology, computer simulation methods such as molecular dynamics simulation and Monte Carlo simulation were born, making the theoretical model of electrochemical interface closer to reality.
I don’t know how many pen refills were empty or how many pieces of draft paper were full. When Lu Zhou wrote the last line of calculations on the A4 paper, he suddenly stopped.
On the second day after Yang Xu reported his work, Lu Zhou received an email from the Jinling Institute of Computational Materials. Attached to the email attachment is an experimental report, which summarizes in detail all the experimental data collected during this period.
Wei Wen, who was sitting at the desk next door and immersed in work, glanced at him with envy.
The subsequent literature review and other series of work were also completed within a week.
To give just two examples, how to explain the differential capacitance curve of polycrystalline metal electrodes? How to explain the origin of the capacitance peak in the differential capacitance curve of Hg electrode in electrolyte solutions with different solvents
After sitting there in silence for about an hour, Lu Zhou suddenly grabbed his hair irritably, dropped the ballpoint pen in his hand and stood up.
An immature field and a mature field require completely different efforts to make breakthroughs based on previous research.
The subsequent literature review and other series of work were also completed within a week.
"A relatively suitable choice..." Chewing this sentence repeatedly and looking at the document in his hand, Jericho nodded thoughtfully.
"Theoretical Model of Electrochemical Interface Structure"
If we can use mathematical methods to describe the interface properties, and establish a theoretical model of the electrochemical interface structure on this basis. He can then establish a theoretical tool that can answer all these questions!
These seemingly simple problems are not mentioned in books.
With the development of technology, computer simulation methods such as molecular dynamics simulation and Monte Carlo simulation were born, making the theoretical model of electrochemical interface closer to reality.
The next morning, Lu Zhou called Jericho into his office and talked to him.
An immature field and a mature field require completely different efforts to make breakthroughs based on previous research.
On the second day after Yang Xu reported his work, Lu Zhou received an email from the Jinling Institute of Computational Materials. Attached to the email attachment is an experimental report, which summarizes in detail all the experimental data collected during this period.
"I remember you told me last time that you planned to follow me in the direction of studying computing materials. I'll ask you again now, are you ready?"
Electrochemical interface theory is an important pillar of modern electrochemistry and one of the classic problems in theoretical chemistry. To make an inappropriate analogy, its status is like the twin prime number conjecture in mathematics, which occupies a core position in a certain type of problem.
After all, if we get an effective answer to these questions, although it may not be intuitively reflected in a certain company's bank card account or a certain country's economic data, the impact on the process of civilization will be far greater than that of "modified PDMS" The significance of a single invention like "material" is much more important.
Wei Wen obviously knew this, so he was just envious.
If you answer these questions one by one, there will be no problem at all in winning two or three Nobel Prizes in Chemistry. The Nobel Committee will always pay more attention to theory than application.
Wei Wen obviously knew this, so he was just envious.
Mathematical physics is different from computational chemistry. The latter is still growing slowly in its bud, trying to use new theories to explain experimental phenomena. However, the former has gone far beyond the current experimental level and entered unknown fields.
I don’t know how many pen refills were empty or how many pieces of draft paper were full. When Lu Zhou wrote the last line of calculations on the A4 paper, he suddenly stopped.
This concept can be traced back to the early 1980s, when a true interface molecular model was proposed.
"Theoretical Model of Electrochemical Interface Structure"
On the second day after Yang Xu reported his work, Lu Zhou received an email from the Jinling Institute of Computational Materials. Attached to the email attachment is an experimental report, which summarizes in detail all the experimental data collected during this period.
After all, if we get an effective answer to these questions, although it may not be intuitively reflected in a certain company's bank card account or a certain country's economic data, the impact on the process of civilization will be far greater than that of "modified PDMS" The significance of a single invention like "material" is much more important.
Jericho raised his hand and said enthusiastically: "Professor, what do you need me to do?"
He stopped, looked at the pile of manuscript papers on the table, and said to himself.
However, even Lu Zhou cannot solve all the problems.
The subsequent literature review and other series of work were also completed within a week.
"A relatively suitable choice..." Chewing this sentence repeatedly and looking at the document in his hand, Jericho nodded thoughtfully.
As time goes by, the paper basket in the corner of the study gradually fills up, and is gradually buried by the thrown paper balls until the outline can no longer be seen.
…
Wei Wen, who was sitting at the desk next door and immersed in work, glanced at him with envy.
However, even Lu Zhou cannot solve all the problems.
He stopped, looked at the pile of manuscript papers on the table, and said to himself.
Electrochemical interface theory is an important pillar of modern electrochemistry and one of the classic problems in theoretical chemistry. To make an inappropriate analogy, its status is like the twin prime number conjecture in mathematics, which occupies a core position in a certain type of problem.
If you answer these questions one by one, there will be no problem at all in winning two or three Nobel Prizes in Chemistry. The Nobel Committee will always pay more attention to theory than application.
Jericho, who was sitting next to Lu Zhou and flipping through the literature, suddenly asked: "Professor, how did you come up with the idea of using hollow carbon spheres to solve the shuttle effect of lithium-sulfur batteries?"
However, it is just like the group construction method is to additive number theory.
Lu Zhou did not answer the question directly, but just smiled and said.
After getting the experimental data, Lu Zhou did not rush to start writing calculations, but plunged into the Flintstone Library.
It was then that the classical electrostatic concept of electrochemical interfaces began to transition to the modern concept of condensed matter physics.
"A relatively suitable choice..." Chewing this sentence repeatedly and looking at the document in his hand, Jericho nodded thoughtfully.
After writing the title of the paper on the scratch paper, Lu Zhou closed his eyes and took a deep breath.
He stopped, looked at the pile of manuscript papers on the table, and said to himself.
If we can use mathematical methods to describe the interface properties, and establish a theoretical model of the electrochemical interface structure on this basis. He can then establish a theoretical tool that can answer all these questions!
When he opened his eyes again, there was nothing but concentration and calmness in them that he had never seen before.
On the clean paper, Lu Zhou thought about it for a moment and then wrote a title -
After writing the title of the paper on the scratch paper, Lu Zhou closed his eyes and took a deep breath.
To give just two examples, how to explain the differential capacitance curve of polycrystalline metal electrodes? How to explain the origin of the capacitance peak in the differential capacitance curve of Hg electrode in electrolyte solutions with different solvents
On the clean paper, Lu Zhou thought about it for a moment and then wrote a title -
If we can use mathematical methods to describe the interface properties, and establish a theoretical model of the electrochemical interface structure on this basis. He can then establish a theoretical tool that can answer all these questions!
When he opened his eyes again, there was nothing but concentration and calmness in them that he had never seen before.
He stopped, looked at the pile of manuscript papers on the table, and said to himself.
As for going out, from the moment he started to retreat, he never did it again.
All the preparatory work has been completed within this six months.
On the second day after Yang Xu reported his work, Lu Zhou received an email from the Jinling Institute of Computational Materials. Attached to the email attachment is an experimental report, which summarizes in detail all the experimental data collected during this period.
It was then that the classical electrostatic concept of electrochemical interfaces began to transition to the modern concept of condensed matter physics.
He has collected a lot of data for this moment.
Sensing the envy in Wei Wen's eyes, Lu Zhou spoke.
The first step in any research work is to start with literature reading.
Matters involving calculations can only be completed by Lu Zhou himself.
All the preparatory work has been completed within this six months.
After sitting there in silence for about an hour, Lu Zhou suddenly grabbed his hair irritably, dropped the ballpoint pen in his hand and stood up.
Pacing back and forth in the study, he kept thinking and repeating the same sentence.
Lu Zhou did not answer the question directly, but just smiled and said.
And now, it’s time to put the finishing touches on all the work!
"A relatively suitable choice..." Chewing this sentence repeatedly and looking at the document in his hand, Jericho nodded thoughtfully.
With reliable data as support, Lu Zhou can continue to improve his theory on this basis.
Pacing back and forth in the study, he kept thinking and repeating the same sentence.
…
Sensing the envy in Wei Wen's eyes, Lu Zhou spoke.
Wei Wen, who was sitting at the desk next door and immersed in work, glanced at him with envy.
As time goes by, the paper basket in the corner of the study gradually fills up, and is gradually buried by the thrown paper balls until the outline can no longer be seen.
"That's a good question. You can follow me to a good place in a while. When we get there, you will know."
Whenever Lu Zhou got tired, he would go back to the bedroom to sleep. When he woke up, he would go back to the study to continue thinking.
If we can use mathematical methods to describe the interface properties, and establish a theoretical model of the electrochemical interface structure on this basis. He can then establish a theoretical tool that can answer all these questions!
With the help of two assistants, document collection did not take Lu Zhou too long.
If we can use mathematical methods to describe the interface properties, and establish a theoretical model of the electrochemical interface structure on this basis. He can then establish a theoretical tool that can answer all these questions!
"Scientific intuition? Plus inspiration from other places," Lu Zhou answered the question in a casual tone while flipping through the literature in his hand. "In fact, there is no absolute appropriate answer to the question of technical ideas. There are only relatively suitable choices.”
Whenever Lu Zhou got tired, he would go back to the bedroom to sleep. When he woke up, he would go back to the study to continue thinking.
An immature field and a mature field require completely different efforts to make breakthroughs based on previous research.
The subsequent literature review and other series of work were also completed within a week.
When he was an undergraduate at MIT, after completing a degree in applied mathematics, he also completed a major in applied chemistry. He is the only one among Lu Zhou's five apprentices who has a foundation in mathematics and chemistry.
Jericho, who was sitting next to Lu Zhou and flipping through the literature, suddenly asked: "Professor, how did you come up with the idea of using hollow carbon spheres to solve the shuttle effect of lithium-sulfur batteries?"
Pacing back and forth in the study, he kept thinking and repeating the same sentence.
"Chemistry needs my theoretical model..."
Wei Wen obviously knew this, so he was just envious.
Brother Qian is very efficient in his work.
He didn't even go down the stairs unless he was eating or drinking.
All the preparatory work has been completed within this six months.
This concept can be traced back to the early 1980s, when a true interface molecular model was proposed.
However, even Lu Zhou cannot solve all the problems.
As for going out, from the moment he started to retreat, he never did it again.
However, it is just like the group construction method is to additive number theory.
After writing the title of the paper on the scratch paper, Lu Zhou closed his eyes and took a deep breath.
If we can use mathematical methods to describe the interface properties, and establish a theoretical model of the electrochemical interface structure on this basis. He can then establish a theoretical tool that can answer all these questions!
I don’t know how many pen refills were empty or how many pieces of draft paper were full. When Lu Zhou wrote the last line of calculations on the A4 paper, he suddenly stopped.
Jericho raised his hand and said enthusiastically: "Professor, what do you need me to do?"
But the next work will not be so easy.
After sitting there in silence for about an hour, Lu Zhou suddenly grabbed his hair irritably, dropped the ballpoint pen in his hand and stood up.
Thanks to these things, he could finally start the next step.
After sitting there in silence for about an hour, Lu Zhou suddenly grabbed his hair irritably, dropped the ballpoint pen in his hand and stood up.
To give just two examples, how to explain the differential capacitance curve of polycrystalline metal electrodes? How to explain the origin of the capacitance peak in the differential capacitance curve of Hg electrode in electrolyte solutions with different solvents
Jericho raised his hand and said enthusiastically: "Professor, what do you need me to do?"
"And I need a supercomputer..."
Mathematical physics is different from computational chemistry. The latter is still growing slowly in its bud, trying to use new theories to explain experimental phenomena. However, the former has gone far beyond the current experimental level and entered unknown fields.
Pacing back and forth in the study, he kept thinking and repeating the same sentence.
"And I need a supercomputer..."
When he was an undergraduate at MIT, after completing a degree in applied mathematics, he also completed a major in applied chemistry. He is the only one among Lu Zhou's five apprentices who has a foundation in mathematics and chemistry.
He didn't even go down the stairs unless he was eating or drinking.
The subsequent literature review and other series of work were also completed within a week.
An immature field and a mature field require completely different efforts to make breakthroughs based on previous research.
"A relatively suitable choice..." Chewing this sentence repeatedly and looking at the document in his hand, Jericho nodded thoughtfully.
However, it is just like the group construction method is to additive number theory.
And now, it’s time to put the finishing touches on all the work!
"Chemistry needs my theoretical model..."
When he was an undergraduate at MIT, after completing a degree in applied mathematics, he also completed a major in applied chemistry. He is the only one among Lu Zhou's five apprentices who has a foundation in mathematics and chemistry.
I don’t know how many pen refills were empty or how many pieces of draft paper were full. When Lu Zhou wrote the last line of calculations on the A4 paper, he suddenly stopped.
And now, it’s time to put the finishing touches on all the work!
When he was an undergraduate at MIT, after completing a degree in applied mathematics, he also completed a major in applied chemistry. He is the only one among Lu Zhou's five apprentices who has a foundation in mathematics and chemistry.
"Scientific intuition? Plus inspiration from other places," Lu Zhou answered the question in a casual tone while flipping through the literature in his hand. "In fact, there is no absolute appropriate answer to the question of technical ideas. There are only relatively suitable choices.”
However, even so, no one can provide a theoretical model that can be relied on to reasonably explain the microscopic essence of various electrochemical processes occurring at the interface.
"A supercomputer designed for computational chemistry!"
Sitting in a room of less than ten square meters, he made himself a cup of coffee, then opened the drawer and took out paper and pen.
Suddenly, Lu Zhou seemed to have thought of something, and his eyes became brighter and brighter.
"Theoretical Model of Electrochemical Interface Structure"
All the preparatory work has been completed within this six months.
Sensing the envy in Wei Wen's eyes, Lu Zhou spoke.
With the development of technology, computer simulation methods such as molecular dynamics simulation and Monte Carlo simulation were born, making the theoretical model of electrochemical interface closer to reality.
To give just two examples, how to explain the differential capacitance curve of polycrystalline metal electrodes? How to explain the origin of the capacitance peak in the differential capacitance curve of Hg electrode in electrolyte solutions with different solvents
This concept can be traced back to the early 1980s, when a true interface molecular model was proposed.
Sensing the envy in Wei Wen's eyes, Lu Zhou spoke.
"I remember you told me last time that you planned to follow me in the direction of studying computing materials. I'll ask you again now, are you ready?"
He stopped, looked at the pile of manuscript papers on the table, and said to himself.
However, it is just like the group construction method is to additive number theory.
The subsequent literature review and other series of work were also completed within a week.
To give just two examples, how to explain the differential capacitance curve of polycrystalline metal electrodes? How to explain the origin of the capacitance peak in the differential capacitance curve of Hg electrode in electrolyte solutions with different solvents
Lu Zhou originally completed this work alone, but now he has two helpers. One is Jericho, who is interested in developing computational materials, and the other is Connie, who is a postdoctoral fellow here.
On the second day after Yang Xu reported his work, Lu Zhou received an email from the Jinling Institute of Computational Materials. Attached to the email attachment is an experimental report, which summarizes in detail all the experimental data collected during this period.
It was then that the classical electrostatic concept of electrochemical interfaces began to transition to the modern concept of condensed matter physics.
To give just two examples, how to explain the differential capacitance curve of polycrystalline metal electrodes? How to explain the origin of the capacitance peak in the differential capacitance curve of Hg electrode in electrolyte solutions with different solvents
Wei Wen obviously knew this, so he was just envious.
"And I need a supercomputer..."
Jericho, who was sitting next to Lu Zhou and flipping through the literature, suddenly asked: "Professor, how did you come up with the idea of using hollow carbon spheres to solve the shuttle effect of lithium-sulfur batteries?"
This concept can be traced back to the early 1980s, when a true interface molecular model was proposed.
He has collected a lot of data for this moment.
It was then that the classical electrostatic concept of electrochemical interfaces began to transition to the modern concept of condensed matter physics.
"You don't need to envy him. The current accumulation is to fly higher. If you plan to develop in the direction of mathematical physics, you must spend more time and sweat than him."
Lu Zhou did not answer the question directly, but just smiled and said.
"That's a good question. You can follow me to a good place in a while. When we get there, you will know."
"A supercomputer designed for computational chemistry!"
After all, if we get an effective answer to these questions, although it may not be intuitively reflected in a certain company's bank card account or a certain country's economic data, the impact on the process of civilization will be far greater than that of "modified PDMS" The significance of a single invention like "material" is much more important.
"You don't need to envy him. The current accumulation is to fly higher. If you plan to develop in the direction of mathematical physics, you must spend more time and sweat than him."
Upon hearing this, Jericho immediately said excitedly: "Of course! Professor, I'm ready!"
The subsequent literature review and other series of work were also completed within a week.