Around the beginning of the year, Pablo Jarillo-Herrero's laboratory made outstanding results on the graphene superconductivity research project, opening up a new platform for superconductivity research.
The kind of shots that usually appear in American dramas are hard to see here unless you go to a more biased place.
However, when he heard the word tens of billionaires, Lu Zhou just smiled and said nonchalantly: "The market value is all fictitious. If it can all be turned into cash, I can consider it, but if not, I will I don’t want to have to hold a board meeting to make a report every time I initiate a project.”
It was obvious that she couldn't have known her phone number.
I have to say, this sounds attractive.
As for why, we must first clarify a very basic concept, that is, the superconducting transition temperature is proportional to the carrier concentration of the material.
That is, when the overlap angle of two sheets of graphene is close to 1.1°, the energy band structure will be close to a zero-dispersion energy band, causing this energy band to transform into a Mott insulator when half-filled.
Although there is nothing to discuss in the research direction, and there are still people researching in even unpopular directions, Lu Zhou used to study electrode materials, and now he suddenly switched to the research of superconducting materials, which really makes Professor Chilik confused. His reason for doing so.
"Thanks."
However, when he heard the word tens of billionaires, Lu Zhou just smiled and said nonchalantly: "The market value is all fictitious. If it can all be turned into cash, I can consider it, but if not, I will I don’t want to have to hold a board meeting to make a report every time I initiate a project.”
As for how to increase the carrier concentration of graphene, there are many methods. From the doping target, it can be divided into N-type doping and P-type doping. From the doping material source, it can be divided into metal doping and small molecule doping. Impurities, substrate doping, lattice doping, etc.
It is worth mentioning that although the atmosphere here is not very warm, the people are very enthusiastic.
Lu Zhou also raised his own wine glass and clinked the glasses with him.
On the night when the experimental results came out, Lu Zhou invited Professor Connie and Chilik, as well as his two assistants, to have a drink at the best bar in Palmer Square.
He seemed to have heard the story of Lu Zhou and 750GeV somewhere.
At that time, this research result caused quite a stir.
Lu Zhou joked: "If I said it was for poetry and the distance, would you believe it?"
According to Connie, if you want to play something more exciting, you have to go to nearby Philadelphia.
This reason alone was enough to dispel his unnecessary thoughts.
Only after obtaining the patent number can the paper be published.
Although in the eyes of many laymen, the superconducting transition temperature of 1 Kelvin is not very outstanding, in fact this project is actually full of potential.
Professor Chilik: "For experiments in theoretical physics?"
To be honest, if it was used as pocket money, he no longer knew how to spend the hundreds of millions of dollars in his account.
The kind of shots that usually appear in American dramas are hard to see here unless you go to a more biased place.
On the night when the experimental results came out, Lu Zhou invited Professor Connie and Chilik, as well as his two assistants, to have a drink at the best bar in Palmer Square.
As for why, we must first clarify a very basic concept, that is, the superconducting transition temperature is proportional to the carrier concentration of the material.
"Okay...research for the sake of research, this reason barely passes the test." Shaking the glass in his hand, Professor Chiric made a helpless expression and raised his glass slightly, "For your sentiments, I salute you. One drink for you.”
The next day, Star Technology North America Branch sent a professional team of lawyers from Philadelphia to help solve the patent application problem.
The time left by the system for him was very tight.
Therefore, in theory, as long as the carrier concentration of the material can be increased, the upper limit of the superconducting transition temperature can be increased.
After Lu Zhou exposed this, she showed a surprised expression on her face, and then walked away dejectedly...
This reason alone was enough to dispel his unnecessary thoughts.
It was obvious that she couldn't have known her phone number.
The kind of shots that usually appear in American dramas are hard to see here unless you go to a more biased place.
To make a very simple data comparison, the carrier concentration of graphene under the aforementioned conditions is only 10^11cm^-2, but the transition temperature reaches 1K.
His original intention of establishing Star Technology was to make it easier for him to focus on research. If he violated this original intention, he would be putting the cart before the horse.
There are really not many people in this era who still hold such stubborn ideas.
To make a very simple data comparison, the carrier concentration of graphene under the aforementioned conditions is only 10^11cm^-2, but the transition temperature reaches 1K.
After Lu Zhou exposed this, she showed a surprised expression on her face, and then walked away dejectedly...
Anyway, this research funding was paid for by Lu Zhou himself.
"Okay...research for the sake of research, this reason barely passes the test." Shaking the glass in his hand, Professor Chiric made a helpless expression and raised his glass slightly, "For your sentiments, I salute you. One drink for you.”
After Lu Zhou exposed this, she showed a surprised expression on her face, and then walked away dejectedly...
Even if you don’t understand chemistry, you can intuitively feel through numbers the superiority of graphene materials compared to traditional copper oxide materials in the field of high-temperature superconducting research.
In comparison, the superconducting transition temperature of copper oxide is about 100K, while the equivalent carrier concentration of two-dimensional materials is on the order of 10^14cm^-2.
"To be honest, why are you suddenly interested in superconducting materials? Research on superconducting materials obviously doesn't have the money to make money from batteries." Professor Chilik asked, after ordering a cocktail and sitting next to Lu Zhou.
Atomic-level thin sheets of two-dimensional materials can be stacked and combined at will to form new structures. These new structural materials often have new properties. And this almost infinite possibility also means infinite possibilities.
Just when Professor Chilik was too drunk and slipped to the toilet, he may have noticed Lu Zhou sitting alone at the bar. A young and beautiful Asian lady came over and sat next to him, smiling at him. He wants a phone number.
"You drank too much," Chiric looked at the bartender behind the bar and continued, "Bartender, give him a Bloody Mary."
Even if you don’t understand chemistry, you can intuitively feel through numbers the superiority of graphene materials compared to traditional copper oxide materials in the field of high-temperature superconducting research.
The next day, Star Technology North America Branch sent a professional team of lawyers from Philadelphia to help solve the patent application problem.
The kind of shots that usually appear in American dramas are hard to see here unless you go to a more biased place.
As for how to increase the carrier concentration of graphene, there are many methods. From the doping target, it can be divided into N-type doping and P-type doping. From the doping material source, it can be divided into metal doping and small molecule doping. Impurities, substrate doping, lattice doping, etc.
"You drank too much," Chiric looked at the bartender behind the bar and continued, "Bartender, give him a Bloody Mary."
In comparison, the superconducting transition temperature of copper oxide is about 100K, while the equivalent carrier concentration of two-dimensional materials is on the order of 10^14cm^-2.
Lu Zhou joked: "If I said it was for poetry and the distance, would you believe it?"
"Okay...research for the sake of research, this reason barely passes the test." Shaking the glass in his hand, Professor Chiric made a helpless expression and raised his glass slightly, "For your sentiments, I salute you. One drink for you.”
I have to say, this sounds attractive.
"So be it."
I have to say, this sounds attractive.
Although in the eyes of many laymen, the superconducting transition temperature of 1 Kelvin is not very outstanding, in fact this project is actually full of potential.
This is exactly where the advantage of graphene materials lies.
To make a very simple data comparison, the carrier concentration of graphene under the aforementioned conditions is only 10^11cm^-2, but the transition temperature reaches 1K.
"You drank too much," Chiric looked at the bartender behind the bar and continued, "Bartender, give him a Bloody Mary."
As for the disadvantage, it may be that it is expensive.
That is, when the overlap angle of two sheets of graphene is close to 1.1°, the energy band structure will be close to a zero-dispersion energy band, causing this energy band to transform into a Mott insulator when half-filled.
In order to urge the application for a patent number to be completed as soon as possible, White Sheridan, CEO of the North American branch, came personally.
After taking the filled-in patent application materials from Lu Zhou, Sheridan looked at the patent description and couldn't help but say.
The next day, Star Technology North America Branch sent a professional team of lawyers from Philadelphia to help solve the patent application problem.
To build the "DEMO" nuclear fusion prototype before 2025, a simpler superconducting material in an engineering sense is essential.
Atomic-level thin sheets of two-dimensional materials can be stacked and combined at will to form new structures. These new structural materials often have new properties. And this almost infinite possibility also means infinite possibilities.
Lu Zhou: "Going public?"
"You drank too much," Chiric looked at the bartender behind the bar and continued, "Bartender, give him a Bloody Mary."
As for the disadvantage, it may be that it is expensive.
It was obvious that she couldn't have known her phone number.
I have to say, this sounds attractive.
"Okay...research for the sake of research, this reason barely passes the test." Shaking the glass in his hand, Professor Chiric made a helpless expression and raised his glass slightly, "For your sentiments, I salute you. One drink for you.”
However, for academic research, there is no need to consider cost.
However, when he heard the word tens of billionaires, Lu Zhou just smiled and said nonchalantly: "The market value is all fictitious. If it can all be turned into cash, I can consider it, but if not, I will I don’t want to have to hold a board meeting to make a report every time I initiate a project.”
After taking the filled-in patent application materials from Lu Zhou, Sheridan looked at the patent description and couldn't help but say.
Although there is nothing to discuss in the research direction, and there are still people researching in even unpopular directions, Lu Zhou used to study electrode materials, and now he suddenly switched to the research of superconducting materials, which really makes Professor Chilik confused. His reason for doing so.
How to cut costs, how to productize it, and how to make profits from it are all things that the industry needs to consider.
His original intention of establishing Star Technology was to make it easier for him to focus on research. If he violated this original intention, he would be putting the cart before the horse.
The time left by the system for him was very tight.
But this time, Lu Zhou sincerely hopes that the industry can find a way to commercialize his research results a little faster.
However, he had nothing to complain about.
The next day, Star Technology North America Branch sent a professional team of lawyers from Philadelphia to help solve the patent application problem.
"Okay...research for the sake of research, this reason barely passes the test." Shaking the glass in his hand, Professor Chiric made a helpless expression and raised his glass slightly, "For your sentiments, I salute you. One drink for you.”
To be honest, if it was used as pocket money, he no longer knew how to spend the hundreds of millions of dollars in his account.
As for how to increase the carrier concentration of graphene, there are many methods. From the doping target, it can be divided into N-type doping and P-type doping. From the doping material source, it can be divided into metal doping and small molecule doping. Impurities, substrate doping, lattice doping, etc.
The time left by the system for him was very tight.
Lu Zhou: "Going public?"
Lu Zhou joked: "If I said it was for poetry and the distance, would you believe it?"
"To be honest, why are you suddenly interested in superconducting materials? Research on superconducting materials obviously doesn't have the money to make money from batteries." Professor Chilik asked, after ordering a cocktail and sitting next to Lu Zhou.
Lu Zhou: "Going public?"
"So be it."
"Thanks."
To build the "DEMO" nuclear fusion prototype before 2025, a simpler superconducting material in an engineering sense is essential.
As for the money, it naturally comes from research funds.
After taking the filled-in patent application materials from Lu Zhou, Sheridan looked at the patent description and couldn't help but say.
Sheridan made a helpless expression.
However, for academic research, there is no need to consider cost.
After all, it is impossible for him to build the magnetic confinement device of "DEMO" as big as the European Hadron Collider...
How to cut costs, how to productize it, and how to make profits from it are all things that the industry needs to consider.
After all, even though Lu Zhou was very controlling in the ownership of the company, the salary offered to him was quite generous.
How to cut costs, how to productize it, and how to make profits from it are all things that the industry needs to consider.
He seemed to have heard the story of Lu Zhou and 750GeV somewhere.
How to cut costs, how to productize it, and how to make profits from it are all things that the industry needs to consider.
If this order is reversed, it is likely that the patent application will not be approved due to novelty issues.
Playing wildly until almost early in the morning, a group of drunken men crossed the road and then went back to their homes.
On the night when the experimental results came out, Lu Zhou invited Professor Connie and Chilik, as well as his two assistants, to have a drink at the best bar in Palmer Square.
On the night when the experimental results came out, Lu Zhou invited Professor Connie and Chilik, as well as his two assistants, to have a drink at the best bar in Palmer Square.
Professor Chilik: "For experiments in theoretical physics?"
As for the money, it naturally comes from research funds.
Sheridan made a helpless expression.
The time left by the system for him was very tight.
His original intention of establishing Star Technology was to make it easier for him to focus on research. If he violated this original intention, he would be putting the cart before the horse.
The kind of shots that usually appear in American dramas are hard to see here unless you go to a more biased place.
To make a very simple data comparison, the carrier concentration of graphene under the aforementioned conditions is only 10^11cm^-2, but the transition temperature reaches 1K.
Anyway, this research funding was paid for by Lu Zhou himself.
Although I don’t know what kind of excitement she is here for, she probably wants to have fun with herself.
Sheridan made a helpless expression.
To be honest, if it was used as pocket money, he no longer knew how to spend the hundreds of millions of dollars in his account.
The next day, Star Technology North America Branch sent a professional team of lawyers from Philadelphia to help solve the patent application problem.
"To be honest, why are you suddenly interested in superconducting materials? Research on superconducting materials obviously doesn't have the money to make money from batteries." Professor Chilik asked, after ordering a cocktail and sitting next to Lu Zhou.
After all, it is impossible for him to build the magnetic confinement device of "DEMO" as big as the European Hadron Collider...
As for the money, it naturally comes from research funds.
Even if you don’t understand chemistry, you can intuitively feel through numbers the superiority of graphene materials compared to traditional copper oxide materials in the field of high-temperature superconducting research.
Although there is nothing to discuss in the research direction, and there are still people researching in even unpopular directions, Lu Zhou used to study electrode materials, and now he suddenly switched to the research of superconducting materials, which really makes Professor Chilik confused. His reason for doing so.
To build the "DEMO" nuclear fusion prototype before 2025, a simpler superconducting material in an engineering sense is essential.
"So be it."
I have to say, this sounds attractive.
After taking the filled-in patent application materials from Lu Zhou, Sheridan looked at the patent description and couldn't help but say.
As for the disadvantage, it may be that it is expensive.
Anyway, this research funding was paid for by Lu Zhou himself.
But for Lu Zhou, alcohol was enough to relax his tired nerves.
"Seriously, aren't you considering going public?"
After all, although superconducting materials are by no means unpopular, their financial prospects are definitely not broad.
Although I don’t know what kind of excitement she is here for, she probably wants to have fun with herself.
Therefore, in theory, as long as the carrier concentration of the material can be increased, the upper limit of the superconducting transition temperature can be increased.
On the night when the experimental results came out, Lu Zhou invited Professor Connie and Chilik, as well as his two assistants, to have a drink at the best bar in Palmer Square.
"Thanks."
The time left by the system for him was very tight.
On the night when the experimental results came out, Lu Zhou invited Professor Connie and Chilik, as well as his two assistants, to have a drink at the best bar in Palmer Square.
Lu Zhou joked: "If I said it was for poetry and the distance, would you believe it?"
That is, when the overlap angle of two sheets of graphene is close to 1.1°, the energy band structure will be close to a zero-dispersion energy band, causing this energy band to transform into a Mott insulator when half-filled.
"Okay...research for the sake of research, this reason barely passes the test." Shaking the glass in his hand, Professor Chiric made a helpless expression and raised his glass slightly, "For your sentiments, I salute you. One drink for you.”
"Okay...research for the sake of research, this reason barely passes the test." Shaking the glass in his hand, Professor Chiric made a helpless expression and raised his glass slightly, "For your sentiments, I salute you. One drink for you.”
"You drank too much," Chiric looked at the bartender behind the bar and continued, "Bartender, give him a Bloody Mary."
How to cut costs, how to productize it, and how to make profits from it are all things that the industry needs to consider.
"Don't listen to him. Change the Bloody Mary to Tequila Sunrise. You have to drink that tomato juice yourself." After a pause, Lu Zhou continued, "Okay, to be honest, it's just because of my experiment. A larger confined electromagnetic field needs to be used, and the magnetic field strength that traditional copper oxide superconducting materials can provide in an engineering sense has reached its limit, so I had to find a way out in new materials."
Atomic-level thin sheets of two-dimensional materials can be stacked and combined at will to form new structures. These new structural materials often have new properties. And this almost infinite possibility also means infinite possibilities.
"Thanks."
However, he had nothing to complain about.
As for what a billionaire is...
His original intention of establishing Star Technology was to make it easier for him to focus on research. If he violated this original intention, he would be putting the cart before the horse.
Lu Zhou joked: "If I said it was for poetry and the distance, would you believe it?"
"Don't listen to him. Change the Bloody Mary to Tequila Sunrise. You have to drink that tomato juice yourself." After a pause, Lu Zhou continued, "Okay, to be honest, it's just because of my experiment. A larger confined electromagnetic field needs to be used, and the magnetic field strength that traditional copper oxide superconducting materials can provide in an engineering sense has reached its limit, so I had to find a way out in new materials."
In comparison, the superconducting transition temperature of copper oxide is about 100K, while the equivalent carrier concentration of two-dimensional materials is on the order of 10^14cm^-2.
At that time, this research result caused quite a stir.
In order to urge the application for a patent number to be completed as soon as possible, White Sheridan, CEO of the North American branch, came personally.
Even if you don’t understand chemistry, you can intuitively feel through numbers the superiority of graphene materials compared to traditional copper oxide materials in the field of high-temperature superconducting research.
"Okay... Although I think even if your shareholding ratio is only 1%, there is absolutely no idiot who will stop you from doing experiments."
This reason alone was enough to dispel his unnecessary thoughts.
Just when Professor Chilik was too drunk and slipped to the toilet, he may have noticed Lu Zhou sitting alone at the bar. A young and beautiful Asian lady came over and sat next to him, smiling at him. He wants a phone number.
However, for academic research, there is no need to consider cost.
Professor Chilik: "For experiments in theoretical physics?"
However, he had nothing to complain about.
"Okay...research for the sake of research, this reason barely passes the test." Shaking the glass in his hand, Professor Chiric made a helpless expression and raised his glass slightly, "For your sentiments, I salute you. One drink for you.”
The kind of shots that usually appear in American dramas are hard to see here unless you go to a more biased place.
In order to urge the application for a patent number to be completed as soon as possible, White Sheridan, CEO of the North American branch, came personally.
Although I don’t know what kind of excitement she is here for, she probably wants to have fun with herself.
This reason alone was enough to dispel his unnecessary thoughts.
His original intention of establishing Star Technology was to make it easier for him to focus on research. If he violated this original intention, he would be putting the cart before the horse.
He seemed to have heard the story of Lu Zhou and 750GeV somewhere.
At that time, this research result caused quite a stir.
Lu Zhou joked: "If I said it was for poetry and the distance, would you believe it?"
"You drank too much," Chiric looked at the bartender behind the bar and continued, "Bartender, give him a Bloody Mary."
To be honest, if it was used as pocket money, he no longer knew how to spend the hundreds of millions of dollars in his account.
"Okay...research for the sake of research, this reason barely passes the test." Shaking the glass in his hand, Professor Chiric made a helpless expression and raised his glass slightly, "For your sentiments, I salute you. One drink for you.”
Picking up the Tequila Sunrise placed on the bar, Lu Zhou tasted it slowly and answered ambiguously.
"So be it."
The time left by the system for him was very tight.
It was obvious that she couldn't have known her phone number.
It is worth mentioning that although the atmosphere here is not very warm, the people are very enthusiastic.
There are really not many people in this era who still hold such stubborn ideas.
Even if you don’t understand chemistry, you can intuitively feel through numbers the superiority of graphene materials compared to traditional copper oxide materials in the field of high-temperature superconducting research.
"So be it."
Even if you don’t understand chemistry, you can intuitively feel through numbers the superiority of graphene materials compared to traditional copper oxide materials in the field of high-temperature superconducting research.
If this order is reversed, it is likely that the patent application will not be approved due to novelty issues.
The time left by the system for him was very tight.
To be honest, if it was used as pocket money, he no longer knew how to spend the hundreds of millions of dollars in his account.
Sheridan persuaded seriously: "Yes, if we only rely on patent income, except for the one-time buyout license, our annual profit will be less than 100 million U.S. dollars. But if we are listed on the Nasdaq board, based on our position in With the market share in the lithium-sulfur battery field and the future development potential of the new energy industry, you can become a billionaire in less than a year."
Just when Professor Chilik was too drunk and slipped to the toilet, he may have noticed Lu Zhou sitting alone at the bar. A young and beautiful Asian lady came over and sat next to him, smiling at him. He wants a phone number.
Around the beginning of the year, Pablo Jarillo-Herrero's laboratory made outstanding results on the graphene superconductivity research project, opening up a new platform for superconductivity research.
"Okay...research for the sake of research, this reason barely passes the test." Shaking the glass in his hand, Professor Chiric made a helpless expression and raised his glass slightly, "For your sentiments, I salute you. One drink for you.”
Picking up the Tequila Sunrise placed on the bar, Lu Zhou tasted it slowly and answered ambiguously.
"Thanks."
Therefore, in theory, as long as the carrier concentration of the material can be increased, the upper limit of the superconducting transition temperature can be increased.
Although I don’t know what kind of excitement she is here for, she probably wants to have fun with herself.
"Don't listen to him. Change the Bloody Mary to Tequila Sunrise. You have to drink that tomato juice yourself." After a pause, Lu Zhou continued, "Okay, to be honest, it's just because of my experiment. A larger confined electromagnetic field needs to be used, and the magnetic field strength that traditional copper oxide superconducting materials can provide in an engineering sense has reached its limit, so I had to find a way out in new materials."
"Okay...research for the sake of research, this reason barely passes the test." Shaking the glass in his hand, Professor Chiric made a helpless expression and raised his glass slightly, "For your sentiments, I salute you. One drink for you.”
It is worth mentioning that although the atmosphere here is not very warm, the people are very enthusiastic.
"Seriously, aren't you considering going public?"
"Thanks."
Anyway, this research funding was paid for by Lu Zhou himself.
But this time, Lu Zhou sincerely hopes that the industry can find a way to commercialize his research results a little faster.
His original intention of establishing Star Technology was to make it easier for him to focus on research. If he violated this original intention, he would be putting the cart before the horse.
"Okay... Although I think even if your shareholding ratio is only 1%, there is absolutely no idiot who will stop you from doing experiments."
Lu Zhou also raised his own wine glass and clinked the glasses with him.
"You drank too much," Chiric looked at the bartender behind the bar and continued, "Bartender, give him a Bloody Mary."
It is worth mentioning that although the atmosphere here is not very warm, the people are very enthusiastic.
"Seriously, aren't you considering going public?"
There is nothing interesting about the bar in Palmer Square. Apart from the residents of the town, the customers here are basically Princeton students or professors.
As for how to increase the carrier concentration of graphene, there are many methods. From the doping target, it can be divided into N-type doping and P-type doping. From the doping material source, it can be divided into metal doping and small molecule doping. Impurities, substrate doping, lattice doping, etc.
Only after obtaining the patent number can the paper be published.
The kind of shots that usually appear in American dramas are hard to see here unless you go to a more biased place.
Atomic-level thin sheets of two-dimensional materials can be stacked and combined at will to form new structures. These new structural materials often have new properties. And this almost infinite possibility also means infinite possibilities.
Lu Zhou also raised his own wine glass and clinked the glasses with him.
Atomic-level thin sheets of two-dimensional materials can be stacked and combined at will to form new structures. These new structural materials often have new properties. And this almost infinite possibility also means infinite possibilities.
There is nothing interesting about the bar in Palmer Square. Apart from the residents of the town, the customers here are basically Princeton students or professors.
As for how to increase the carrier concentration of graphene, there are many methods. From the doping target, it can be divided into N-type doping and P-type doping. From the doping material source, it can be divided into metal doping and small molecule doping. Impurities, substrate doping, lattice doping, etc.
Playing wildly until almost early in the morning, a group of drunken men crossed the road and then went back to their homes.
According to Connie, if you want to play something more exciting, you have to go to nearby Philadelphia.
Even if you don’t understand chemistry, you can intuitively feel through numbers the superiority of graphene materials compared to traditional copper oxide materials in the field of high-temperature superconducting research.
Picking up the Tequila Sunrise placed on the bar, Lu Zhou tasted it slowly and answered ambiguously.
His original intention of establishing Star Technology was to make it easier for him to focus on research. If he violated this original intention, he would be putting the cart before the horse.
According to Connie, if you want to play something more exciting, you have to go to nearby Philadelphia.
"Okay... Although I think even if your shareholding ratio is only 1%, there is absolutely no idiot who will stop you from doing experiments."
But for Lu Zhou, alcohol was enough to relax his tired nerves.
On the night when the experimental results came out, Lu Zhou invited Professor Connie and Chilik, as well as his two assistants, to have a drink at the best bar in Palmer Square.
This is exactly where the advantage of graphene materials lies.
But this time, Lu Zhou sincerely hopes that the industry can find a way to commercialize his research results a little faster.
Although I don’t know what kind of excitement she is here for, she probably wants to have fun with herself.
That is, when the overlap angle of two sheets of graphene is close to 1.1°, the energy band structure will be close to a zero-dispersion energy band, causing this energy band to transform into a Mott insulator when half-filled.
Atomic-level thin sheets of two-dimensional materials can be stacked and combined at will to form new structures. These new structural materials often have new properties. And this almost infinite possibility also means infinite possibilities.
It is worth mentioning that although the atmosphere here is not very warm, the people are very enthusiastic.
That is, when the overlap angle of two sheets of graphene is close to 1.1°, the energy band structure will be close to a zero-dispersion energy band, causing this energy band to transform into a Mott insulator when half-filled.
As for the money, it naturally comes from research funds.
To make a very simple data comparison, the carrier concentration of graphene under the aforementioned conditions is only 10^11cm^-2, but the transition temperature reaches 1K.
Playing wildly until almost early in the morning, a group of drunken men crossed the road and then went back to their homes.
There is nothing interesting about the bar in Palmer Square. Apart from the residents of the town, the customers here are basically Princeton students or professors.
To be honest, if it was used as pocket money, he no longer knew how to spend the hundreds of millions of dollars in his account.
Just when Professor Chilik was too drunk and slipped to the toilet, he may have noticed Lu Zhou sitting alone at the bar. A young and beautiful Asian lady came over and sat next to him, smiling at him. He wants a phone number.
After taking the filled-in patent application materials from Lu Zhou, Sheridan looked at the patent description and couldn't help but say.
But for Lu Zhou, alcohol was enough to relax his tired nerves.
"To be honest, why are you suddenly interested in superconducting materials? Research on superconducting materials obviously doesn't have the money to make money from batteries." Professor Chilik asked, after ordering a cocktail and sitting next to Lu Zhou.
Professor Chilik: "For experiments in theoretical physics?"
However, Lu Zhou quickly recognized that this guy seemed to be a student who had taken his class, and he had left his phone number and email address on the blackboard more than once.
However, for academic research, there is no need to consider cost.
According to Connie, if you want to play something more exciting, you have to go to nearby Philadelphia.
It was obvious that she couldn't have known her phone number.
Lu Zhou: "Going public?"
Lu Zhou also raised his own wine glass and clinked the glasses with him.
However, he had nothing to complain about.
"Okay... Although I think even if your shareholding ratio is only 1%, there is absolutely no idiot who will stop you from doing experiments."
Although I don’t know what kind of excitement she is here for, she probably wants to have fun with herself.
The kind of shots that usually appear in American dramas are hard to see here unless you go to a more biased place.
Even if you don’t understand chemistry, you can intuitively feel through numbers the superiority of graphene materials compared to traditional copper oxide materials in the field of high-temperature superconducting research.
"Okay...research for the sake of research, this reason barely passes the test." Shaking the glass in his hand, Professor Chiric made a helpless expression and raised his glass slightly, "For your sentiments, I salute you. One drink for you.”
Therefore, in theory, as long as the carrier concentration of the material can be increased, the upper limit of the superconducting transition temperature can be increased.
Professor Chilik: "For experiments in theoretical physics?"
To build the "DEMO" nuclear fusion prototype before 2025, a simpler superconducting material in an engineering sense is essential.
Lu Zhou: "Going public?"
It was obvious that she couldn't have known her phone number.
After Lu Zhou exposed this, she showed a surprised expression on her face, and then walked away dejectedly...
However, for academic research, there is no need to consider cost.
Lu Zhou joked: "If I said it was for poetry and the distance, would you believe it?"
After all, it is impossible for him to build the magnetic confinement device of "DEMO" as big as the European Hadron Collider...
Playing wildly until almost early in the morning, a group of drunken men crossed the road and then went back to their homes.
After Lu Zhou exposed this, she showed a surprised expression on her face, and then walked away dejectedly...
"Thanks."
"Seriously, aren't you considering going public?"
The next day, Star Technology North America Branch sent a professional team of lawyers from Philadelphia to help solve the patent application problem.
After all, it is impossible for him to build the magnetic confinement device of "DEMO" as big as the European Hadron Collider...
However, Lu Zhou quickly recognized that this guy seemed to be a student who had taken his class, and he had left his phone number and email address on the blackboard more than once.
To be honest, if it was used as pocket money, he no longer knew how to spend the hundreds of millions of dollars in his account.
Although there is nothing to discuss in the research direction, and there are still people researching in even unpopular directions, Lu Zhou used to study electrode materials, and now he suddenly switched to the research of superconducting materials, which really makes Professor Chilik confused. His reason for doing so.
Lu Zhou: "Going public?"
Only after obtaining the patent number can the paper be published.
After Lu Zhou exposed this, she showed a surprised expression on her face, and then walked away dejectedly...
But this time, Lu Zhou sincerely hopes that the industry can find a way to commercialize his research results a little faster.
But this time, Lu Zhou sincerely hopes that the industry can find a way to commercialize his research results a little faster.
His original intention of establishing Star Technology was to make it easier for him to focus on research. If he violated this original intention, he would be putting the cart before the horse.
Lu Zhou also raised his own wine glass and clinked the glasses with him.
"Don't listen to him. Change the Bloody Mary to Tequila Sunrise. You have to drink that tomato juice yourself." After a pause, Lu Zhou continued, "Okay, to be honest, it's just because of my experiment. A larger confined electromagnetic field needs to be used, and the magnetic field strength that traditional copper oxide superconducting materials can provide in an engineering sense has reached its limit, so I had to find a way out in new materials."
Professor Chilik: "For experiments in theoretical physics?"
If this order is reversed, it is likely that the patent application will not be approved due to novelty issues.
Sheridan made a helpless expression.
After taking the filled-in patent application materials from Lu Zhou, Sheridan looked at the patent description and couldn't help but say.
"You drank too much," Chiric looked at the bartender behind the bar and continued, "Bartender, give him a Bloody Mary."
"You drank too much," Chiric looked at the bartender behind the bar and continued, "Bartender, give him a Bloody Mary."
In order to urge the application for a patent number to be completed as soon as possible, White Sheridan, CEO of the North American branch, came personally.
After Lu Zhou exposed this, she showed a surprised expression on her face, and then walked away dejectedly...
After all, it is impossible for him to build the magnetic confinement device of "DEMO" as big as the European Hadron Collider...
At that time, this research result caused quite a stir.
However, Lu Zhou quickly recognized that this guy seemed to be a student who had taken his class, and he had left his phone number and email address on the blackboard more than once.
After taking the filled-in patent application materials from Lu Zhou, Sheridan looked at the patent description and couldn't help but say.
I have to say, this sounds attractive.
Sheridan made a helpless expression.
To make a very simple data comparison, the carrier concentration of graphene under the aforementioned conditions is only 10^11cm^-2, but the transition temperature reaches 1K.
On the night when the experimental results came out, Lu Zhou invited Professor Connie and Chilik, as well as his two assistants, to have a drink at the best bar in Palmer Square.
Anyway, this research funding was paid for by Lu Zhou himself.
"Seriously, aren't you considering going public?"
Picking up the Tequila Sunrise placed on the bar, Lu Zhou tasted it slowly and answered ambiguously.
But this time, Lu Zhou sincerely hopes that the industry can find a way to commercialize his research results a little faster.
Just when Professor Chilik was too drunk and slipped to the toilet, he may have noticed Lu Zhou sitting alone at the bar. A young and beautiful Asian lady came over and sat next to him, smiling at him. He wants a phone number.
On the night when the experimental results came out, Lu Zhou invited Professor Connie and Chilik, as well as his two assistants, to have a drink at the best bar in Palmer Square.
"To be honest, why are you suddenly interested in superconducting materials? Research on superconducting materials obviously doesn't have the money to make money from batteries." Professor Chilik asked, after ordering a cocktail and sitting next to Lu Zhou.
"Seriously, aren't you considering going public?"
Although in the eyes of many laymen, the superconducting transition temperature of 1 Kelvin is not very outstanding, in fact this project is actually full of potential.
Lu Zhou: "Going public?"
Only after obtaining the patent number can the paper be published.
Around the beginning of the year, Pablo Jarillo-Herrero's laboratory made outstanding results on the graphene superconductivity research project, opening up a new platform for superconductivity research.
Sheridan persuaded seriously: "Yes, if we only rely on patent income, except for the one-time buyout license, our annual profit will be less than 100 million U.S. dollars. But if we are listed on the Nasdaq board, based on our position in With the market share in the lithium-sulfur battery field and the future development potential of the new energy industry, you can become a billionaire in less than a year."
Even if you don’t understand chemistry, you can intuitively feel through numbers the superiority of graphene materials compared to traditional copper oxide materials in the field of high-temperature superconducting research.
There are really not many people in this era who still hold such stubborn ideas.
After all, it is impossible for him to build the magnetic confinement device of "DEMO" as big as the European Hadron Collider...
I have to say, this sounds attractive.
This reason alone was enough to dispel his unnecessary thoughts.
As for why, we must first clarify a very basic concept, that is, the superconducting transition temperature is proportional to the carrier concentration of the material.
Around the beginning of the year, Pablo Jarillo-Herrero's laboratory made outstanding results on the graphene superconductivity research project, opening up a new platform for superconductivity research.
However, when he heard the word tens of billionaires, Lu Zhou just smiled and said nonchalantly: "The market value is all fictitious. If it can all be turned into cash, I can consider it, but if not, I will I don’t want to have to hold a board meeting to make a report every time I initiate a project.”
Anyway, this research funding was paid for by Lu Zhou himself.
"Okay...research for the sake of research, this reason barely passes the test." Shaking the glass in his hand, Professor Chiric made a helpless expression and raised his glass slightly, "For your sentiments, I salute you. One drink for you.”
Around the beginning of the year, Pablo Jarillo-Herrero's laboratory made outstanding results on the graphene superconductivity research project, opening up a new platform for superconductivity research.
Although there is nothing to discuss in the research direction, and there are still people researching in even unpopular directions, Lu Zhou used to study electrode materials, and now he suddenly switched to the research of superconducting materials, which really makes Professor Chilik confused. His reason for doing so.
Around the beginning of the year, Pablo Jarillo-Herrero's laboratory made outstanding results on the graphene superconductivity research project, opening up a new platform for superconductivity research.
"Okay... Although I think even if your shareholding ratio is only 1%, there is absolutely no idiot who will stop you from doing experiments."
His original intention of establishing Star Technology was to make it easier for him to focus on research. If he violated this original intention, he would be putting the cart before the horse.
Lu Zhou: "Going public?"
There are really not many people in this era who still hold such stubborn ideas.
Picking up the Tequila Sunrise placed on the bar, Lu Zhou tasted it slowly and answered ambiguously.
There are really not many people in this era who still hold such stubborn ideas.
The kind of shots that usually appear in American dramas are hard to see here unless you go to a more biased place.
"To be honest, why are you suddenly interested in superconducting materials? Research on superconducting materials obviously doesn't have the money to make money from batteries." Professor Chilik asked, after ordering a cocktail and sitting next to Lu Zhou.
As for what a billionaire is...
"Okay...research for the sake of research, this reason barely passes the test." Shaking the glass in his hand, Professor Chiric made a helpless expression and raised his glass slightly, "For your sentiments, I salute you. One drink for you.”
Anyway, this research funding was paid for by Lu Zhou himself.
Sheridan persuaded seriously: "Yes, if we only rely on patent income, except for the one-time buyout license, our annual profit will be less than 100 million U.S. dollars. But if we are listed on the Nasdaq board, based on our position in With the market share in the lithium-sulfur battery field and the future development potential of the new energy industry, you can become a billionaire in less than a year."
Sheridan made a helpless expression.
Professor Chilik: "For experiments in theoretical physics?"
Although there is nothing to discuss in the research direction, and there are still people researching in even unpopular directions, Lu Zhou used to study electrode materials, and now he suddenly switched to the research of superconducting materials, which really makes Professor Chilik confused. His reason for doing so.
As for why, we must first clarify a very basic concept, that is, the superconducting transition temperature is proportional to the carrier concentration of the material.
This reason alone was enough to dispel his unnecessary thoughts.
To be honest, if it was used as pocket money, he no longer knew how to spend the hundreds of millions of dollars in his account.
"Seriously, aren't you considering going public?"
"Okay... Although I think even if your shareholding ratio is only 1%, there is absolutely no idiot who will stop you from doing experiments."
"Thanks."
After all, although superconducting materials are by no means unpopular, their financial prospects are definitely not broad.
Picking up the Tequila Sunrise placed on the bar, Lu Zhou tasted it slowly and answered ambiguously.
He seemed to have heard the story of Lu Zhou and 750GeV somewhere.
After Lu Zhou exposed this, she showed a surprised expression on her face, and then walked away dejectedly...
"Okay... Although I think even if your shareholding ratio is only 1%, there is absolutely no idiot who will stop you from doing experiments."
As for what a billionaire is...
But for Lu Zhou, alcohol was enough to relax his tired nerves.
However, he had nothing to complain about.
"Don't listen to him. Change the Bloody Mary to Tequila Sunrise. You have to drink that tomato juice yourself." After a pause, Lu Zhou continued, "Okay, to be honest, it's just because of my experiment. A larger confined electromagnetic field needs to be used, and the magnetic field strength that traditional copper oxide superconducting materials can provide in an engineering sense has reached its limit, so I had to find a way out in new materials."
How to cut costs, how to productize it, and how to make profits from it are all things that the industry needs to consider.
That is, when the overlap angle of two sheets of graphene is close to 1.1°, the energy band structure will be close to a zero-dispersion energy band, causing this energy band to transform into a Mott insulator when half-filled.
Sheridan made a helpless expression.
If this order is reversed, it is likely that the patent application will not be approved due to novelty issues.
As for why, we must first clarify a very basic concept, that is, the superconducting transition temperature is proportional to the carrier concentration of the material.
The kind of shots that usually appear in American dramas are hard to see here unless you go to a more biased place.
There are really not many people in this era who still hold such stubborn ideas.
"Thanks."
Around the beginning of the year, Pablo Jarillo-Herrero's laboratory made outstanding results on the graphene superconductivity research project, opening up a new platform for superconductivity research.
However, for academic research, there is no need to consider cost.
"Don't listen to him. Change the Bloody Mary to Tequila Sunrise. You have to drink that tomato juice yourself." After a pause, Lu Zhou continued, "Okay, to be honest, it's just because of my experiment. A larger confined electromagnetic field needs to be used, and the magnetic field strength that traditional copper oxide superconducting materials can provide in an engineering sense has reached its limit, so I had to find a way out in new materials."
However, he had nothing to complain about.
This reason alone was enough to dispel his unnecessary thoughts.
After taking the filled-in patent application materials from Lu Zhou, Sheridan looked at the patent description and couldn't help but say.
It is worth mentioning that although the atmosphere here is not very warm, the people are very enthusiastic.
There are really not many people in this era who still hold such stubborn ideas.
Anyway, this research funding was paid for by Lu Zhou himself.
He seemed to have heard the story of Lu Zhou and 750GeV somewhere.
On the night when the experimental results came out, Lu Zhou invited Professor Connie and Chilik, as well as his two assistants, to have a drink at the best bar in Palmer Square.
After all, even though Lu Zhou was very controlling in the ownership of the company, the salary offered to him was quite generous.
How to cut costs, how to productize it, and how to make profits from it are all things that the industry needs to consider.
"Thanks."
Therefore, in theory, as long as the carrier concentration of the material can be increased, the upper limit of the superconducting transition temperature can be increased.
That is, when the overlap angle of two sheets of graphene is close to 1.1°, the energy band structure will be close to a zero-dispersion energy band, causing this energy band to transform into a Mott insulator when half-filled.
This reason alone was enough to dispel his unnecessary thoughts.
However, Lu Zhou quickly recognized that this guy seemed to be a student who had taken his class, and he had left his phone number and email address on the blackboard more than once.
However, he had nothing to complain about.
As for what a billionaire is...
As for why, we must first clarify a very basic concept, that is, the superconducting transition temperature is proportional to the carrier concentration of the material.
"Thanks."
This is exactly where the advantage of graphene materials lies.
Just when Professor Chilik was too drunk and slipped to the toilet, he may have noticed Lu Zhou sitting alone at the bar. A young and beautiful Asian lady came over and sat next to him, smiling at him. He wants a phone number.