The paper Lu Zhou published on Arxiv can be said to have stirred up a thousand waves with one stone.
If it were other physicists, they might even argue about whether some physics institute was short of funds and sent Nobel laureates to cheat money.
Although the paper published this time is not a mathematical achievement, the mathematical theory used in it is the most cutting-edge research in the mathematics world today.
He would never say anything casually unless he was absolutely sure.
Maybe it was because he lost so badly to Lu Zhou, or maybe it was because he missed out on the second Nobel Prize in his life. The uncertainty in this made him confused as to whether he should express his opinion or not. .
After all, the name Lu Zhou is really too dazzling.
Therefore, regarding the paper published by Lu Zhou entitled "The Impact of the Z-Particle Transition Effect on the Curvature of Space-Time", he was quite consistent with his own personality and gave an evaluation from a mathematical perspective.
Professor Ohanian's shock can only be regarded as a microcosm of the chaos occurring in the physics world at this moment.
Although most people don't know what the Z particle is, and what impact its high-dimensional form and low-dimensional expansion will have on human beings, most people are indifferent, but one thing has attracted everyone's attention.
After all, it is Professor Lu’s thesis.
This term was originally only understood by professionals in the field of high energy physics, but now almost everyone who knows how to access the Internet understands what this thing is.
Professor Ohanian's shock can only be regarded as a microcosm of the chaos occurring in the physics world at this moment.
[Is it the key to interstellar travel? Or a passage to hell? The latest discoveries by world-renowned scholars may change our future...]
This term was originally only understood by professionals in the field of high energy physics, but now almost everyone who knows how to access the Internet understands what this thing is.
This sentence is said very euphemistically, but the meaning is very clear.
The guy had no sense of fun in science and barely cracked a joke.
Just when he hurriedly booked his air tickets and hotel for tomorrow, and wrote his leave application and prepared to fly to Shanghai, almost the entire physics community was boiling over this astonishing paper.
In addition to the two veterans of contemporary theoretical physics, Duncan Haldane, the 2016 Nobel Prize winner in physics and professor at Princeton University, also expressed his views on the paper.
After all, the name Lu Zhou is really too dazzling.
Even more than that, it is just a theoretical research that may become the key to warp navigation. In the eyes of many people, it is no different from a real warp engine.
Maybe it was because he lost so badly to Lu Zhou, or maybe it was because he missed out on the second Nobel Prize in his life. The uncertainty in this made him confused as to whether he should express his opinion or not. .
"The Z particles moving from high dimensions to low dimensions open a channel between dimensions? Straighten the curled space-time? This sounds like science fiction... In other words, we can use this method to navigate the curled universe Find a truly straight path?"
This thing may be the key to warp navigation!
on Twitter.
In addition to the two veterans of contemporary theoretical physics, Duncan Haldane, the 2016 Nobel Prize winner in physics and professor at Princeton University, also expressed his views on the paper.
"This is really surprising. I don't know how to describe the surprise in my heart at this moment!"
And just three days after the paper was uploaded, the relevant news made the headlines of the Washington Post.
And just three days after the paper was uploaded, the relevant news made the headlines of the Washington Post.
"...the mathematical argument part of the paper is somewhat difficult. Frankly speaking, it is quite difficult even for me."
"While I'm not sure yet whether he's right, I hope he is."
And not once!
After all, it is Professor Lu’s thesis.
This boss is a little different from the previous two.
[Is it the key to interstellar travel? Or a passage to hell? The latest discoveries by world-renowned scholars may change our future...]
"As for the paper itself, I think it's too early to give a yes or no answer. I think... it would be more appropriate to at least wait until Professor Lu's report is over before giving an evaluation... This is also a respect for him."
Although the paper Lu Zhou published is only a preprint, everyone in the physics community is now aware of this boss's habits.
As an outstanding person who theoretically discovered topological phase transitions and topological phase matter, he is one of the few physicists today who can achieve the ultimate in mathematical research.
Just like the shock and anxiety in people's hearts.
[God... this is too scary!]
Although most people don't know what the Z particle is, and what impact its high-dimensional form and low-dimensional expansion will have on human beings, most people are indifferent, but one thing has attracted everyone's attention.
Although most people don't know what the Z particle is, and what impact its high-dimensional form and low-dimensional expansion will have on human beings, most people are indifferent, but one thing has attracted everyone's attention.
Professor Wilzek, who has always been keen on betting and has never been shy about commenting on his peers, this time chose to remain silent quite conservatively.
[This must be the darkest moment in human history... Do you remember the IMCRC study some time ago? That void theory! Maybe the passage they opened was not to some other planet at all, but to hell...]
The paper Lu Zhou published on Arxiv can be said to have stirred up a thousand waves with one stone.
Although the paper Lu Zhou published is only a preprint, everyone in the physics community is now aware of this boss's habits.
After all, the name Lu Zhou is really too dazzling.
Maybe it was because he lost so badly to Lu Zhou, or maybe it was because he missed out on the second Nobel Prize in his life. The uncertainty in this made him confused as to whether he should express his opinion or not. .
If it were other physicists, they might even argue about whether some physics institute was short of funds and sent Nobel laureates to cheat money.
Especially for topology and algebraic geometry.
If it were other physicists, they might even argue about whether some physics institute was short of funds and sent Nobel laureates to cheat money.
on Twitter.
As a leading figure in theoretical physics today, Professor Edward Witten, who has won the Fields Medal, also expressed his surprise on his personal blog after seeing the paper.
As a leading figure in theoretical physics today, Professor Edward Witten, who has won the Fields Medal, also expressed his surprise on his personal blog after seeing the paper.
This thing may be the key to warp navigation!
Even more than that, it is just a theoretical research that may become the key to warp navigation. In the eyes of many people, it is no different from a real warp engine.
And much like Professor Wilczek, he made no judgment on the correctness of this paper...even though many colleagues expected him to do so.
Even more than that, it is just a theoretical research that may become the key to warp navigation. In the eyes of many people, it is no different from a real warp engine.
This easy-to-understand explanation not only made everyone understand what Z particles were in an instant, but also shocked everyone.
"As for the paper itself, I think it's too early to give a yes or no answer. I think... it would be more appropriate to at least wait until Professor Lu's report is over before giving an evaluation... This is also a respect for him."
And once he publicly expresses an opinion, even if he just posts a preprint online, it will only be released after countless repeated calculations, and he will only release the preprint when he is absolutely sure of the conclusion.
In this way, the influence of this paper quickly spread from the physics community to the entire university circle, and then radiated along the university circle into the public's field of vision.
Professor Wilzek, who has always been keen on betting and has never been shy about commenting on his peers, this time chose to remain silent quite conservatively.
This term was originally only understood by professionals in the field of high energy physics, but now almost everyone who knows how to access the Internet understands what this thing is.
[Wait a minute, haven’t you ever suspected that this might be fake news? That guy named Lu Zhou just published a paper, and you are afraid of being like this! Maybe he was just joking with us.]
"The Z particles moving from high dimensions to low dimensions open a channel between dimensions? Straighten the curled space-time? This sounds like science fiction... In other words, we can use this method to navigate the curled universe Find a truly straight path?"
The title of this headline is extremely long.
This sentence is said very euphemistically, but the meaning is very clear.
"While I'm not sure yet whether he's right, I hope he is."
He would never say anything casually unless he was absolutely sure.
And just three days after the paper was uploaded, the relevant news made the headlines of the Washington Post.
This boss is a little different from the previous two.
Just like the shock and anxiety in people's hearts.
Although the paper Lu Zhou published is only a preprint, everyone in the physics community is now aware of this boss's habits.
This sentence is said very euphemistically, but the meaning is very clear.
It is precisely because of this that many mathematicians have also studied this paper.
This thing may be the key to warp navigation!
He would never say anything casually unless he was absolutely sure.
After winning the Fields Medal and the Gauss Medal, this big man completed the unified theory of algebraic geometry that shocked the world. He has since faded out of the field of mathematics and has not published new research results for some time.
This sentence is said very euphemistically, but the meaning is very clear.
Although most people don't know what the Z particle is, and what impact its high-dimensional form and low-dimensional expansion will have on human beings, most people are indifferent, but one thing has attracted everyone's attention.
And once he publicly expresses an opinion, even if he just posts a preprint online, it will only be released after countless repeated calculations, and he will only release the preprint when he is absolutely sure of the conclusion.
After winning the Fields Medal and the Gauss Medal, this big man completed the unified theory of algebraic geometry that shocked the world. He has since faded out of the field of mathematics and has not published new research results for some time.
However, even though this is said, it is obvious that not everyone can recognize the reality.
Maybe it was because he lost so badly to Lu Zhou, or maybe it was because he missed out on the second Nobel Prize in his life. The uncertainty in this made him confused as to whether he should express his opinion or not. .
In addition to the two veterans of contemporary theoretical physics, Duncan Haldane, the 2016 Nobel Prize winner in physics and professor at Princeton University, also expressed his views on the paper.
[Wait a minute, haven’t you ever suspected that this might be fake news? That guy named Lu Zhou just published a paper, and you are afraid of being like this! Maybe he was just joking with us.]
This possibility does not seem to exist at all.
This thing may be the key to warp navigation!
But if it is Professor Lu...
Especially for topology and algebraic geometry.
If you are not very proficient in mathematics, it is better not to consider understanding this paper.
This boss is a little different from the previous two.
Maybe it was because he lost so badly to Lu Zhou, or maybe it was because he missed out on the second Nobel Prize in his life. The uncertainty in this made him confused as to whether he should express his opinion or not. .
Professor Wilzek, who has always been keen on betting and has never been shy about commenting on his peers, this time chose to remain silent quite conservatively.
As an outstanding person who theoretically discovered topological phase transitions and topological phase matter, he is one of the few physicists today who can achieve the ultimate in mathematical research.
Yes.
"The Z particles moving from high dimensions to low dimensions open a channel between dimensions? Straighten the curled space-time? This sounds like science fiction... In other words, we can use this method to navigate the curled universe Find a truly straight path?"
Maybe it was because he lost so badly to Lu Zhou, or maybe it was because he missed out on the second Nobel Prize in his life. The uncertainty in this made him confused as to whether he should express his opinion or not. .
[God... this is too scary!]
As a leading figure in theoretical physics today, Professor Edward Witten, who has won the Fields Medal, also expressed his surprise on his personal blog after seeing the paper.
Especially for topology and algebraic geometry.
"While I'm not sure yet whether he's right, I hope he is."
[Is it the key to interstellar travel? Or a passage to hell? The latest discoveries by world-renowned scholars may change our future...]
[Joining the Chinese IMCRC project is a wrong decision. Now physicists all over the world are working for them. Soon they will master the secret of warp speed and completely leave us behind! Just like they did with the moon landing!]
Although the paper Lu Zhou published is only a preprint, everyone in the physics community is now aware of this boss's habits.
Professor Ohanian's shock can only be regarded as a microcosm of the chaos occurring in the physics world at this moment.
He would never say anything casually unless he was absolutely sure.
Therefore, regarding the paper published by Lu Zhou entitled "The Impact of the Z-Particle Transition Effect on the Curvature of Space-Time", he was quite consistent with his own personality and gave an evaluation from a mathematical perspective.
He would never say anything casually unless he was absolutely sure.
This sentence is said very euphemistically, but the meaning is very clear.
"While I'm not sure yet whether he's right, I hope he is."
This term was originally only understood by professionals in the field of high energy physics, but now almost everyone who knows how to access the Internet understands what this thing is.
But if it is Professor Lu...
[Is it the key to interstellar travel? Or a passage to hell? The latest discoveries by world-renowned scholars may change our future...]
The paper Lu Zhou published on Arxiv can be said to have stirred up a thousand waves with one stone.
"...the mathematical argument part of the paper is somewhat difficult. Frankly speaking, it is quite difficult even for me."
Especially for topology and algebraic geometry.
This easy-to-understand explanation not only made everyone understand what Z particles were in an instant, but also shocked everyone.
In this way, the influence of this paper quickly spread from the physics community to the entire university circle, and then radiated along the university circle into the public's field of vision.
[The question is, have you ever seen him joke?]
This sentence almost ended all doubts.
Professor Wilzek, who has always been keen on betting and has never been shy about commenting on his peers, this time chose to remain silent quite conservatively.
In this way, the influence of this paper quickly spread from the physics community to the entire university circle, and then radiated along the university circle into the public's field of vision.
"If you know nothing about the unified theory of algebra and geometry, and have obstacles in spatial imagination, I advise you to give up reading it for the time being, because it will burn all your brain cells, and you may not be able to do it later. What’s the gain?”
The paper Lu Zhou published on Arxiv can be said to have stirred up a thousand waves with one stone.
"If you know nothing about the unified theory of algebra and geometry, and have obstacles in spatial imagination, I advise you to give up reading it for the time being, because it will burn all your brain cells, and you may not be able to do it later. What’s the gain?”
And not once!
This sentence is said very euphemistically, but the meaning is very clear.
[The question is, have you ever seen him joke?]
on Twitter.
The paper Lu Zhou published on Arxiv can be said to have stirred up a thousand waves with one stone.
Although the paper published this time is not a mathematical achievement, the mathematical theory used in it is the most cutting-edge research in the mathematics world today.
Yes.
After all, it is Professor Lu’s thesis.
If you are not very proficient in mathematics, it is better not to consider understanding this paper.
This sentence almost ended all doubts.
"If you know nothing about the unified theory of algebra and geometry, and have obstacles in spatial imagination, I advise you to give up reading it for the time being, because it will burn all your brain cells, and you may not be able to do it later. What’s the gain?”
This boss is a little different from the previous two.
This sentence is said very euphemistically, but the meaning is very clear.
However, even though this is said, it is obvious that not everyone can recognize the reality.
The guy had no sense of fun in science and barely cracked a joke.
[God... this is too scary!]
This possibility does not seem to exist at all.
Especially for topology and algebraic geometry.
But if it is Professor Lu...
After all, it is Professor Lu’s thesis.
Just when almost the entire theoretical physics community was losing their hair crazy about this paper, many experts in the mathematics community also cast curious eyes.
[Warp speed sailing? Does this mean that it will take less than a day to go to the moon?]
In this way, the influence of this paper quickly spread from the physics community to the entire university circle, and then radiated along the university circle into the public's field of vision.
In fact, this is indeed the case. In addition to the most essential physical part of this paper, its mathematical argumentation part - especially the application of differential manifolds and the explanation of the unified theory of algebraic geometry, can be said to be of textbook level. The classic!
And just three days after the paper was uploaded, the relevant news made the headlines of the Washington Post.
on Twitter.
After all, it is Professor Lu’s thesis.
After winning the Fields Medal and the Gauss Medal, this big man completed the unified theory of algebraic geometry that shocked the world. He has since faded out of the field of mathematics and has not published new research results for some time.
"As for the paper itself, I think it's too early to give a yes or no answer. I think... it would be more appropriate to at least wait until Professor Lu's report is over before giving an evaluation... This is also a respect for him."
[This must be the darkest moment in human history... Do you remember the IMCRC study some time ago? That void theory! Maybe the passage they opened was not to some other planet at all, but to hell...]
Professor Wilzek, who has always been keen on betting and has never been shy about commenting on his peers, this time chose to remain silent quite conservatively.
And just three days after the paper was uploaded, the relevant news made the headlines of the Washington Post.
The guy had no sense of fun in science and barely cracked a joke.
The title of this headline is extremely long.
After winning the Fields Medal and the Gauss Medal, this big man completed the unified theory of algebraic geometry that shocked the world. He has since faded out of the field of mathematics and has not published new research results for some time.
The title of this headline is extremely long.
"This is really surprising. I don't know how to describe the surprise in my heart at this moment!"
However, even though this is said, it is obvious that not everyone can recognize the reality.
As a leading figure in theoretical physics today, Professor Edward Witten, who has won the Fields Medal, also expressed his surprise on his personal blog after seeing the paper.
In addition to the two veterans of contemporary theoretical physics, Duncan Haldane, the 2016 Nobel Prize winner in physics and professor at Princeton University, also expressed his views on the paper.
In addition to the two veterans of contemporary theoretical physics, Duncan Haldane, the 2016 Nobel Prize winner in physics and professor at Princeton University, also expressed his views on the paper.
Although the paper published this time is not a mathematical achievement, the mathematical theory used in it is the most cutting-edge research in the mathematics world today.
on Twitter.
This sentence is said very euphemistically, but the meaning is very clear.
As an outstanding person who theoretically discovered topological phase transitions and topological phase matter, he is one of the few physicists today who can achieve the ultimate in mathematical research.
As an outstanding person who theoretically discovered topological phase transitions and topological phase matter, he is one of the few physicists today who can achieve the ultimate in mathematical research.
"The Z particles moving from high dimensions to low dimensions open a channel between dimensions? Straighten the curled space-time? This sounds like science fiction... In other words, we can use this method to navigate the curled universe Find a truly straight path?"
As a leading figure in theoretical physics today, Professor Edward Witten, who has won the Fields Medal, also expressed his surprise on his personal blog after seeing the paper.
In fact, this is indeed the case. In addition to the most essential physical part of this paper, its mathematical argumentation part - especially the application of differential manifolds and the explanation of the unified theory of algebraic geometry, can be said to be of textbook level. The classic!
[This must be the darkest moment in human history... Do you remember the IMCRC study some time ago? That void theory! Maybe the passage they opened was not to some other planet at all, but to hell...]
This easy-to-understand explanation not only made everyone understand what Z particles were in an instant, but also shocked everyone.
Although the paper Lu Zhou published is only a preprint, everyone in the physics community is now aware of this boss's habits.
This sentence is said very euphemistically, but the meaning is very clear.
"If you know nothing about the unified theory of algebra and geometry, and have obstacles in spatial imagination, I advise you to give up reading it for the time being, because it will burn all your brain cells, and you may not be able to do it later. What’s the gain?”
Although most people don't know what the Z particle is, and what impact its high-dimensional form and low-dimensional expansion will have on human beings, most people are indifferent, but one thing has attracted everyone's attention.
It is precisely because of this that many mathematicians have also studied this paper.
The paper Lu Zhou published on Arxiv can be said to have stirred up a thousand waves with one stone.
It is precisely because of this that many mathematicians have also studied this paper.
The paper Lu Zhou published on Arxiv can be said to have stirred up a thousand waves with one stone.
And much like Professor Wilczek, he made no judgment on the correctness of this paper...even though many colleagues expected him to do so.
"While I'm not sure yet whether he's right, I hope he is."
If it were other physicists, they might even argue about whether some physics institute was short of funds and sent Nobel laureates to cheat money.
"If you know nothing about the unified theory of algebra and geometry, and have obstacles in spatial imagination, I advise you to give up reading it for the time being, because it will burn all your brain cells, and you may not be able to do it later. What’s the gain?”
The topic of Z particles was directly ranked first in the search rankings.
"If you know nothing about the unified theory of algebra and geometry, and have obstacles in spatial imagination, I advise you to give up reading it for the time being, because it will burn all your brain cells, and you may not be able to do it later. What’s the gain?”
Just like the shock and anxiety in people's hearts.
In this way, the influence of this paper quickly spread from the physics community to the entire university circle, and then radiated along the university circle into the public's field of vision.
[This must be the darkest moment in human history... Do you remember the IMCRC study some time ago? That void theory! Maybe the passage they opened was not to some other planet at all, but to hell...]
Although the paper Lu Zhou published is only a preprint, everyone in the physics community is now aware of this boss's habits.
This sentence is said very euphemistically, but the meaning is very clear.
Even more than that, it is just a theoretical research that may become the key to warp navigation. In the eyes of many people, it is no different from a real warp engine.
In this way, the influence of this paper quickly spread from the physics community to the entire university circle, and then radiated along the university circle into the public's field of vision.
Although most people don't know what the Z particle is, and what impact its high-dimensional form and low-dimensional expansion will have on human beings, most people are indifferent, but one thing has attracted everyone's attention.
This possibility does not seem to exist at all.
"The Z particles moving from high dimensions to low dimensions open a channel between dimensions? Straighten the curled space-time? This sounds like science fiction... In other words, we can use this method to navigate the curled universe Find a truly straight path?"
After all, the name Lu Zhou is really too dazzling.
"This is really surprising. I don't know how to describe the surprise in my heart at this moment!"
The title of this headline is extremely long.
If it were other physicists, they might even argue about whether some physics institute was short of funds and sent Nobel laureates to cheat money.
Yes.
[Wait a minute, haven’t you ever suspected that this might be fake news? That guy named Lu Zhou just published a paper, and you are afraid of being like this! Maybe he was just joking with us.]
This thing may be the key to warp navigation!
This easy-to-understand explanation not only made everyone understand what Z particles were in an instant, but also shocked everyone.
Even more than that, it is just a theoretical research that may become the key to warp navigation. In the eyes of many people, it is no different from a real warp engine.
This boss is a little different from the previous two.
This boss is a little different from the previous two.
After winning the Fields Medal and the Gauss Medal, this big man completed the unified theory of algebraic geometry that shocked the world. He has since faded out of the field of mathematics and has not published new research results for some time.
If it were other physicists, they might even argue about whether some physics institute was short of funds and sent Nobel laureates to cheat money.
However, even though this is said, it is obvious that not everyone can recognize the reality.
This easy-to-understand explanation not only made everyone understand what Z particles were in an instant, but also shocked everyone.
After winning the Fields Medal and the Gauss Medal, this big man completed the unified theory of algebraic geometry that shocked the world. He has since faded out of the field of mathematics and has not published new research results for some time.
The paper Lu Zhou published on Arxiv can be said to have stirred up a thousand waves with one stone.
After winning the Fields Medal and the Gauss Medal, this big man completed the unified theory of algebraic geometry that shocked the world. He has since faded out of the field of mathematics and has not published new research results for some time.
Just when almost the entire theoretical physics community was losing their hair crazy about this paper, many experts in the mathematics community also cast curious eyes.
on Twitter.
"The Z particles moving from high dimensions to low dimensions open a channel between dimensions? Straighten the curled space-time? This sounds like science fiction... In other words, we can use this method to navigate the curled universe Find a truly straight path?"
And not once!
Not only are related topics hotly discussed on the Internet, this matter has quickly attracted the attention of major media around the world.
[God... this is too scary!]
This easy-to-understand explanation not only made everyone understand what Z particles were in an instant, but also shocked everyone.
"The Z particles moving from high dimensions to low dimensions open a channel between dimensions? Straighten the curled space-time? This sounds like science fiction... In other words, we can use this method to navigate the curled universe Find a truly straight path?"
But if it is Professor Lu...
[This must be the darkest moment in human history... Do you remember the IMCRC study some time ago? That void theory! Maybe the passage they opened was not to some other planet at all, but to hell...]
The topic of Z particles was directly ranked first in the search rankings.
The guy had no sense of fun in science and barely cracked a joke.
"If you know nothing about the unified theory of algebra and geometry, and have obstacles in spatial imagination, I advise you to give up reading it for the time being, because it will burn all your brain cells, and you may not be able to do it later. What’s the gain?”
In addition to the two veterans of contemporary theoretical physics, Duncan Haldane, the 2016 Nobel Prize winner in physics and professor at Princeton University, also expressed his views on the paper.
Just when almost the entire theoretical physics community was losing their hair crazy about this paper, many experts in the mathematics community also cast curious eyes.
The guy had no sense of fun in science and barely cracked a joke.
Just like the shock and anxiety in people's hearts.
This term was originally only understood by professionals in the field of high energy physics, but now almost everyone who knows how to access the Internet understands what this thing is.
In this way, the influence of this paper quickly spread from the physics community to the entire university circle, and then radiated along the university circle into the public's field of vision.
In addition to the two veterans of contemporary theoretical physics, Duncan Haldane, the 2016 Nobel Prize winner in physics and professor at Princeton University, also expressed his views on the paper.
He would never say anything casually unless he was absolutely sure.
[God... this is too scary!]
This term was originally only understood by professionals in the field of high energy physics, but now almost everyone who knows how to access the Internet understands what this thing is.
In fact, this is indeed the case. In addition to the most essential physical part of this paper, its mathematical argumentation part - especially the application of differential manifolds and the explanation of the unified theory of algebraic geometry, can be said to be of textbook level. The classic!
[Warp speed sailing? Does this mean that it will take less than a day to go to the moon?]
As a leading figure in theoretical physics today, Professor Edward Witten, who has won the Fields Medal, also expressed his surprise on his personal blog after seeing the paper.
And just three days after the paper was uploaded, the relevant news made the headlines of the Washington Post.
As an outstanding person who theoretically discovered topological phase transitions and topological phase matter, he is one of the few physicists today who can achieve the ultimate in mathematical research.
Although the paper Lu Zhou published is only a preprint, everyone in the physics community is now aware of this boss's habits.
Professor Wilzek, who has always been keen on betting and has never been shy about commenting on his peers, this time chose to remain silent quite conservatively.
[God... this is too scary!]
This sentence almost ended all doubts.
As an outstanding person who theoretically discovered topological phase transitions and topological phase matter, he is one of the few physicists today who can achieve the ultimate in mathematical research.
And just three days after the paper was uploaded, the relevant news made the headlines of the Washington Post.
Although the paper published this time is not a mathematical achievement, the mathematical theory used in it is the most cutting-edge research in the mathematics world today.
[Joining the Chinese IMCRC project is a wrong decision. Now physicists all over the world are working for them. Soon they will master the secret of warp speed and completely leave us behind! Just like they did with the moon landing!]
[Joining the Chinese IMCRC project is a wrong decision. Now physicists all over the world are working for them. Soon they will master the secret of warp speed and completely leave us behind! Just like they did with the moon landing!]
This boss is a little different from the previous two.
Although the paper published this time is not a mathematical achievement, the mathematical theory used in it is the most cutting-edge research in the mathematics world today.
"...the mathematical argument part of the paper is somewhat difficult. Frankly speaking, it is quite difficult even for me."
[Warp speed sailing? Does this mean that it will take less than a day to go to the moon?]
Therefore, regarding the paper published by Lu Zhou entitled "The Impact of the Z-Particle Transition Effect on the Curvature of Space-Time", he was quite consistent with his own personality and gave an evaluation from a mathematical perspective.
And just three days after the paper was uploaded, the relevant news made the headlines of the Washington Post.
This boss is a little different from the previous two.
After winning the Fields Medal and the Gauss Medal, this big man completed the unified theory of algebraic geometry that shocked the world. He has since faded out of the field of mathematics and has not published new research results for some time.
[This must be the darkest moment in human history... Do you remember the IMCRC study some time ago? That void theory! Maybe the passage they opened was not to some other planet at all, but to hell...]
If it were other physicists, they might even argue about whether some physics institute was short of funds and sent Nobel laureates to cheat money.
After winning the Fields Medal and the Gauss Medal, this big man completed the unified theory of algebraic geometry that shocked the world. He has since faded out of the field of mathematics and has not published new research results for some time.
Yes.
If you are not very proficient in mathematics, it is better not to consider understanding this paper.
[Warp speed sailing? Does this mean that it will take less than a day to go to the moon?]
[Wait a minute, haven’t you ever suspected that this might be fake news? That guy named Lu Zhou just published a paper, and you are afraid of being like this! Maybe he was just joking with us.]
The title of this headline is extremely long.
He would never say anything casually unless he was absolutely sure.
After all, it is Professor Lu’s thesis.
The paper Lu Zhou published on Arxiv can be said to have stirred up a thousand waves with one stone.
This term was originally only understood by professionals in the field of high energy physics, but now almost everyone who knows how to access the Internet understands what this thing is.
It is precisely because of this that many mathematicians have also studied this paper.
This boss is a little different from the previous two.
[The question is, have you ever seen him joke?]
If you are not very proficient in mathematics, it is better not to consider understanding this paper.
This term was originally only understood by professionals in the field of high energy physics, but now almost everyone who knows how to access the Internet understands what this thing is.
Yes.
Professor Wilzek, who has always been keen on betting and has never been shy about commenting on his peers, this time chose to remain silent quite conservatively.
"This is really surprising. I don't know how to describe the surprise in my heart at this moment!"
Therefore, regarding the paper published by Lu Zhou entitled "The Impact of the Z-Particle Transition Effect on the Curvature of Space-Time", he was quite consistent with his own personality and gave an evaluation from a mathematical perspective.
This sentence almost ended all doubts.
Therefore, regarding the paper published by Lu Zhou entitled "The Impact of the Z-Particle Transition Effect on the Curvature of Space-Time", he was quite consistent with his own personality and gave an evaluation from a mathematical perspective.
As an outstanding person who theoretically discovered topological phase transitions and topological phase matter, he is one of the few physicists today who can achieve the ultimate in mathematical research.
[Warp speed sailing? Does this mean that it will take less than a day to go to the moon?]
Yes.
After all, it is Professor Lu’s thesis.
And once he publicly expresses an opinion, even if he just posts a preprint online, it will only be released after countless repeated calculations, and he will only release the preprint when he is absolutely sure of the conclusion.
Just when almost the entire theoretical physics community was losing their hair crazy about this paper, many experts in the mathematics community also cast curious eyes.
This thing may be the key to warp navigation!
As a leading figure in theoretical physics today, Professor Edward Witten, who has won the Fields Medal, also expressed his surprise on his personal blog after seeing the paper.
The guy had no sense of fun in science and barely cracked a joke.
"...the mathematical argument part of the paper is somewhat difficult. Frankly speaking, it is quite difficult even for me."
Yes.
Not only are related topics hotly discussed on the Internet, this matter has quickly attracted the attention of major media around the world.
And much like Professor Wilczek, he made no judgment on the correctness of this paper...even though many colleagues expected him to do so.
This possibility does not seem to exist at all.
And not once!
Although most people don't know what the Z particle is, and what impact its high-dimensional form and low-dimensional expansion will have on human beings, most people are indifferent, but one thing has attracted everyone's attention.
After all, the name Lu Zhou is really too dazzling.
And not once!
Just like the shock and anxiety in people's hearts.
Professor Wilzek, who has always been keen on betting and has never been shy about commenting on his peers, this time chose to remain silent quite conservatively.
But if it is Professor Lu...
If it were other physicists, they might even argue about whether some physics institute was short of funds and sent Nobel laureates to cheat money.
Just like the shock and anxiety in people's hearts.
This thing may be the key to warp navigation!
It is precisely because of this that many mathematicians have also studied this paper.
In addition to the two veterans of contemporary theoretical physics, Duncan Haldane, the 2016 Nobel Prize winner in physics and professor at Princeton University, also expressed his views on the paper.
The guy had no sense of fun in science and barely cracked a joke.
This easy-to-understand explanation not only made everyone understand what Z particles were in an instant, but also shocked everyone.
This sentence is said very euphemistically, but the meaning is very clear.
If you are not very proficient in mathematics, it is better not to consider understanding this paper.
But if it is Professor Lu...
[This must be the darkest moment in human history... Do you remember the IMCRC study some time ago? That void theory! Maybe the passage they opened was not to some other planet at all, but to hell...]
The paper Lu Zhou published on Arxiv can be said to have stirred up a thousand waves with one stone.
[The question is, have you ever seen him joke?]
After all, it is Professor Lu’s thesis.
"While I'm not sure yet whether he's right, I hope he is."
In this way, the influence of this paper quickly spread from the physics community to the entire university circle, and then radiated along the university circle into the public's field of vision.
This thing may be the key to warp navigation!
This possibility does not seem to exist at all.
Professor Ohanian's shock can only be regarded as a microcosm of the chaos occurring in the physics world at this moment.
This possibility does not seem to exist at all.
However, even though this is said, it is obvious that not everyone can recognize the reality.
And not once!
This easy-to-understand explanation not only made everyone understand what Z particles were in an instant, but also shocked everyone.
Even more than that, it is just a theoretical research that may become the key to warp navigation. In the eyes of many people, it is no different from a real warp engine.
Maybe it was because he lost so badly to Lu Zhou, or maybe it was because he missed out on the second Nobel Prize in his life. The uncertainty in this made him confused as to whether he should express his opinion or not. .
"If you know nothing about the unified theory of algebra and geometry, and have obstacles in spatial imagination, I advise you to give up reading it for the time being, because it will burn all your brain cells, and you may not be able to do it later. What’s the gain?”
As a leading figure in theoretical physics today, Professor Edward Witten, who has won the Fields Medal, also expressed his surprise on his personal blog after seeing the paper.
Professor Ohanian's shock can only be regarded as a microcosm of the chaos occurring in the physics world at this moment.
The topic of Z particles was directly ranked first in the search rankings.
[Is it the key to interstellar travel? Or a passage to hell? The latest discoveries by world-renowned scholars may change our future...]
After all, the name Lu Zhou is really too dazzling.
[Warp speed sailing? Does this mean that it will take less than a day to go to the moon?]
This thing may be the key to warp navigation!
This term was originally only understood by professionals in the field of high energy physics, but now almost everyone who knows how to access the Internet understands what this thing is.
The paper Lu Zhou published on Arxiv can be said to have stirred up a thousand waves with one stone.
[The question is, have you ever seen him joke?]
Not only are related topics hotly discussed on the Internet, this matter has quickly attracted the attention of major media around the world.
The paper Lu Zhou published on Arxiv can be said to have stirred up a thousand waves with one stone.
This thing may be the key to warp navigation!
This possibility does not seem to exist at all.
Professor Wilzek, who has always been keen on betting and has never been shy about commenting on his peers, this time chose to remain silent quite conservatively.
The topic of Z particles was directly ranked first in the search rankings.
And just three days after the paper was uploaded, the relevant news made the headlines of the Washington Post.
This sentence almost ended all doubts.
"As for the paper itself, I think it's too early to give a yes or no answer. I think... it would be more appropriate to at least wait until Professor Lu's report is over before giving an evaluation... This is also a respect for him."
The title of this headline is extremely long.
[This must be the darkest moment in human history... Do you remember the IMCRC study some time ago? That void theory! Maybe the passage they opened was not to some other planet at all, but to hell...]
This term was originally only understood by professionals in the field of high energy physics, but now almost everyone who knows how to access the Internet understands what this thing is.
[God... this is too scary!]
Even more than that, it is just a theoretical research that may become the key to warp navigation. In the eyes of many people, it is no different from a real warp engine.
Just like the shock and anxiety in people's hearts.
After all, the name Lu Zhou is really too dazzling.
It is precisely because of this that many mathematicians have also studied this paper.
"This is really surprising. I don't know how to describe the surprise in my heart at this moment!"
[Is it the key to interstellar travel? Or a passage to hell? The latest discoveries by world-renowned scholars may change our future...]
This term was originally only understood by professionals in the field of high energy physics, but now almost everyone who knows how to access the Internet understands what this thing is.
The title of this headline is extremely long.
Yes.
This sentence is said very euphemistically, but the meaning is very clear.
[Warp speed sailing? Does this mean that it will take less than a day to go to the moon?]
Even more than that, it is just a theoretical research that may become the key to warp navigation. In the eyes of many people, it is no different from a real warp engine.
Especially for topology and algebraic geometry.