Chapter 1087
You know, when the size of the chip is less than 5 nanometers, the strange or anomalous physical and chemical properties that traditional materials do not have, that is, to produce quantum tunneling effect, thus causing a logical error of 0 and 1, in other words, the quantum field.
Most of the night Bob Swan sat motionless with his back against the sofa, but his mind was also racing with responses, if it was someone else who said he wanted to do his own semiconductors, screw the Americans.
Bob would have humoured him and said: good luck.
But the Chinese are different, the more you block him the faster he breaks through. The chip field is the hardest, the US still has an absolute advantage over them in the semiconductor industry, but the rest of the world has given up on this field, only the Chinese are dead on their feet, which in itself means it is a problem not to be taken lightly.
And now let Bob Swan feel the pressure is Li Linfei and the future technology group, sometimes ...... like quantum mechanics, like what quantum tunneling, quantum entanglement phenomenon you think it is simply bullshit, but the fact is that you can not refute, Li Linfei and the future technology group is almost so a meaning, a little more than two years to achieve such an achievement, also too ripped, but this is the fact.
And now Li Linfei personally led a Chinese semiconductor business alliance system, and from the perspective of the press conference, is really going to fight in the field of semiconductors and dead.
With money and such a sick leader, the probability of success is really not small, at least it is more than a little bit stronger than before, can we not rush?
In fact, it was not only Swan who was awakened from his sleep at this moment, but also a large number of US multinational semiconductor giants who could not sleep at this time.
This matter has already made ASIA incredibly worried, and whether it is Intel, Nvidia, Qualcomm, Broadcom, Texas Instruments ...... all the American semiconductor companies are not willing to see the birth of the Chinese semiconductor alliance led by Li Linfei, it can be said that as soon as they heard the news they were hated by this what's-its-name CSAC.
In the age of internet information, any news can be spread to all corners in the blink of an eye. The North American side reacted very quickly, the old American semiconductor industry association has begun to respond to this matter strategy, Intel, Qualcomm, Texas Instruments and so on some of the list of American semiconductor giants have gathered together to discuss.
On the other hand, after the news of the formation of a semiconductor club between the Future Technology Group and the country's top IC manufacturers, the whole Internet is concerned about the background of the Future Technology Group's public relations crisis, successfully shifting the wind of public opinion, people's attention is increasingly towards the semiconductor industry alliance up.
Some people seem to be praising the Future Technology Group for this brilliant move, as the media public's firepower is finally no longer focused on the yellowcake incident, but has instead ignited national sentiment, and in the next news media coverage of the news on the front page, the news headlines all read like this.
Go to war! A technological war with the US in the field of semiconductors!
Give up your illusions and stand on your own two feet, the Chinese semiconductor business may reach a milestone moment!
Xiangzhong vs Silicon Valley, in the field of integrated circuits, will hegemony be perpetuated or will a new king take the throne?
Catchy news headlines such as these.
......
The outside world was in an uproar, but the person in question, Li Linfei, was not affected in any way.
The first thing you need to do is to get a good idea of where Li Linfei is at this time, Jiang Da, it was Jiang Da who invited Li Linfei to give a speech, Li Linfei wanted to refuse, but the president of Jiang Da called Li Qingshan.
In the refusal is not good, in said, you Li Linfei in the south of the Central to do so many times speech, not fair, right, even if you are a student of the Central South still not fair, hurry up to come.
The school's multimedia hall was filled half an hour ago, with more than 2,000 seats filled, the school had already made the arrangements clear.
Ten minutes later, Li Linfei had arrived behind the curtain of the multimedia hall, and as time ticked by, under the invitation of the event host, accompanied by the warm applause of the whole audience, the students of JNU saw Li Linfei, wearing a white baselayer and a black jacket, walking calmly and slowly towards the middle of the stage.
Basically, all the students who came to this event were his super fans, and when they saw the god-like idol make an appearance, the whole audience instantly turned into fanboys and fan girls, and many of the girls' faces were also guilty of nymphomania as they applauded.
The reason why he was a legend and a great god class was because he was about the same age as everyone else, but he was on stage while they were off stage.
"Hello students." Li Linfei came onto the stage and gave a brief greeting, his hands were empty, this was a speaking event and it was obvious that he was going to give a speech off the cuff.
For him, he had experienced this kind of scenario too much and had seen many big scenes. Other than that, the people listening to the speech now were all students of Jiang University, just over 2,000 people, so it was obvious that this event was still quite easy for him.
"This time I was invited to talk to the students of JNU, and on the way here I was trying to figure out what to say, about business? Many bigwigs have already talked about it, and there are many online searches. Forget it, what about a little chicken soup? Come on, it's 2022 now, I think the chicken soup text is probably already memorized by everyone, maybe even better than me." Li Linfei said with a keen smile, and the students at the scene were all laughing.
Following a laugh, Li Linfei looked pensive, and then said a moment later, "After thinking about it, let's talk about some recent hot topics, which happen to be related to our future technology, so there's nothing wrong with rubbing up one's own hotness."
There was another burst of good-natured laughter at the scene, and Li Linfei said with calm certainty: "We have just announced that we will engage in our own semiconductor industry system, which will be integrated and fully localized, such a system, referred to as CSAC, which is nothing but chips and integrated circuits."
"Chips are a strong point of the old US, as everyone on earth knows, but some recent problems have also shown us that dependence on others will be subject to constraints, and subject to constraints will suffer, so we decided to form a team and play on our own."
"Some people sadly say that our team is a suicide squad. A suicide squad is a suicide squad, what else can you do? People don't sell you chips anymore, but you've got to grow, right?"
"So we don't care if we can shake the mountain of American semiconductors away first, we first have to try to shake it to know the result, and scratch for it is doing well and giving us a lot of confidence."
The JNU students on hand, men and women alike, listened quietly to the young idol pacing back and forth on the stage as he spoke.
Chapter 1088
"So let's talk about chips today and tell you what this team in our group is going to do now, and of course if after listening you are also interested and want to contribute to the semiconductor business in our country, I think it will be a success."
"emm...... we all know that chips are now doing 5nm precision, down the line it won't work because below 5nm is the world of microscopic quantum fields and there is no doubt that quantum computers are one of the trends of the future."
"What I am going to tell you today is an ultimate goal that our internal team at Future Technology is tackling, a research on superconductivity technology applied to quantum computers, of course our company's R&D department is full of cutting-edge topics that we are secretly conducting research on, and today we are talking about this."
When the students knew that the topic he was going to talk about was related to quantum mechanics, a large number of arts students were confused before they listened, because they knew that as long as quantum mechanics was involved, it was definitely a series of discouragement, it was too difficult to understand.
Perhaps the most familiar thing about quantum mechanics is Schrödinger's cat, which is both a dead cat and a living cat.
Then, confused for a moment, it is still possible to exist in two states at the same time, both dead and alive? The talk was also broadcast live on the university forum, and the naughty comments were already starting to disturb.
On the contrary, the men of science and technology in the audience, whose interest made it possible, especially the students specialising in computer science, were as steady as old dogs and said they were under no pressure.
On stage, Li Linfei eloquently said, "We are now doing research on superconductivity technology applied to computers, called Josephson's knot, it is obvious from the name, Josephson is the pioneer, it is amazing, superconductivity itself is amazing, I will try to speak a little more plainly and easily, so what is superconductivity?"
"Everyone should know that it simply means that there is no resistance, the phenomenon of superconductivity was discovered by humans over a hundred years ago, that must be a quantum effect, at the microscopic level, because it doesn't occur at the macroscopic level."
"The CBS microscopic theory of superconductivity ...... In order to take care of other non-majors, let's not delve into what this CBS is, it says that the formation of superconductivity phenomenon is that a certain two electrons among metals can be formed, and these two electrons have opposite spin and momentum to each other. "
"It can move through the lattice without loss, and that's how you get superconducting currents, and on the basis of that people are starting to look deeper, and of course we have scientific teams that are looking deeper."
"Someone then discovered that in some special cases superconductors can pass current even without voltage, which is not difficult to understand because there is no resistance, but how exactly is it formed?"
"Two superconductors are connected in the middle with a very thin material, and this material can be an insulator, or a normal conductor, or a weakened superconductor, such as a section in the middle to make it a bit thinner, in all three cases as long as the current passes through the superconductor."
"After that there is no need to continue applying voltage, the current just keeps flowing through the device, and this is called a Josephson junction."
"Some of you may be wondering, how can you continue to conduct electricity when you're insulated? Oops! It still does, that's how amazing the quantum world is, in industry terms, it's called the quantum tunneling effect, also known as the quantum tunneling effect."
"For a quantum to pass through a hard, dense wall with extremely high probability, even if it is in front of it, is the best interpretation of the fact that there is no airtight wall - quantum tunneling."
"This effect is important, without the quantum tunneling effect, the conditions for life to be born on Earth would probably not be in place, because the sun would not be so hot, and it is through the quantum tunneling effect that the radiation from the interior of the sun reaches the exterior."
"It's worth mentioning the scientist Josephson who again made a remarkable contribution, he was rather strange in his later years, not too late, middle age I guess probably, ever since he saw Bell's inequality."
"Then he found the ghostly, super-distance effect of quantum entanglement so amazing that he became obsessed and couldn't stop himself, and since then he's been going into these amazing things like telepathy and mind control."
"At the time physicists felt that this brilliant mind had been ruined by physics, a real shame."
"When traditional chip precision had been taken to the extreme, Moore's Law had failed, the semiconductor industry had come to a standstill, and people were convinced that the next breakthrough would be quantum chips, quantum computers."
"So about quantum computers, this is a long story and involves a lot of expertise, here I will briefly talk about the standard set by the scholar, Divenson, for quantum computers, which is also known as the Divenson standard, saying that to achieve a quantum computer must have five criteria at the same time, which five?"
"Number one: having quantum bits that can be well characterised and scalable."
"Scalable means that it can be integrated, integrated circuits are of course familiar to us, and well characterised in computer terms means that each quantum bit must be individually addressable, which is important."
"Number two: there has to be a way to be able to set all the quantum bits to zero before the computation."
"That is, initialisation, something that is easier said than done. The technology now basically operates on each quantum bit individually, because there are so few, but the problem is what happens when there are more? How do you initialise them with one click? There is no solution yet, the problem is found, then the solution is the subject of our research department to attack."
"Number three: to have a universal set of quantum logic gates."
"What does that mean? We know that in classical computers it is the state of the transistor that is used to represent 1 or 0. How is this state specifically implemented? It's the high and low of the level, which is then operated on by a series of logic gates, which are also transistors, and which can be implemented by a special arrangement."
"Let's say, if two high levels hit, it represents two 1s, then through a with gate, it finally outputs a high level, representing 1. That overall process is true (1) and true (1) = true (1)."
"Why does the computer generate heat? Because my original two bits of two information, 1, became one bit of information after passing through the with gate, and one bit was lost, so heat was generated."
"Note that the generation of heat is related to the loss of information and is the direct cause, and is not necessarily related to the process and whether or not it is reversible, what does that mean?"