For ordinary families, why is the purpose of everyone working hard to support their children to get into a good university?

I just hope that my child can get into a good university and find a good job in the future.

If you can work, you will directly jump to the class.

If the child is more capable, he can start a business after accumulating some connections in the future.

As for many families nowadays, they allow their children to choose to study abroad for postgraduate studies, doctoral studies, and further studies.

Actually, it’s not for this ultimate goal!

After all, many universities currently have professional fields, especially in scientific research, which are indeed more awesome in the United States and the United Kingdom.

After these universities conduct in-depth education, it is indeed easier to find a good job in a good overseas company.

In addition to leaping into the class, children can also avoid living as tired as they are in the country.

But if you are in the country, you can directly complete the purpose of class transition after graduating from college and get an annual salary of one million.

The promotion channel in the future will be higher than that in foreign countries, and it is very likely that you will even become a leader in a brand new field.

Who do you think is so stupid that he wants to go abroad?

What's more, those who are not stupid now understand that we are leading the world in this carbon nanotube chip.

In the future, the best software and hardware companies in this field will definitely be from our country.

Taking a job in these large companies is equivalent to entering the business of Microsoft, Intel, Google, and Fruit.

These American companies will be destined to be swept into the historical garbage dump with the rise of our domestic carbon nanotube chip field in the future.

At this time, if you choose to go abroad to further your studies and then join those companies.

That is undoubtedly a huge wrong choice just like joining the peanuts side in 1949.

So although the requirements are currently admitted to this subject, the requirements are very strict.

A passport will be requested to be handed over and the students' origin will be assessed.

Those who have overseas relations or prefer overseas will advise you to change majors.

Although such assessments are very strict, most parents will decide to let their children enter this major after weighing them over and over again.

Being the first batch of tryers is destined to be the first batch of dividend enjoyers in the future.

Therefore, the current Bincheng University of Technology and C9, the software and hardware majors of carbon nanotube chips, have become the trump card majors of various universities.

Although it has not been established for a long time, for those students who have been admitted to these universities.

There is also a promising major that is more promising than this...

But for those who are majoring in silicon-based computer software and hardware, they are in tears at this time.

Damn, I worked hard for four years, but as soon as I graduated, did you tell me that this major has no future?

Is this still a fuck?

The reason why we did not open up the carbon nanotube major on a large scale is actually to give these people a buffer period.

Especially for those who are in school, just graduate, and who have already started working.

These years have been their best buffer period, allowing them to think about how to make their next life plan.

If you are in school, you can also choose to change majors.

Of course, if you want to enter the carbon nanotube chip major, you need to conduct on-campus assessments.

Of course, considering these students, who have been studying in the school for two years, the school will inevitably have a certain degree of relief.

The difficulty of the exam is definitely not as difficult as the college entrance examination.

But it is definitely not fully approved, and a batch will definitely be screened out.

As for those who fail the exam, they can only continue the exam next year.

As for those who have graduated, you can apply for postponement of graduation or take this exam.

As for those who have graduated, there is nothing we can do about it.

Fortunately, although carbon nanotube chips are professional in software and hardware, they are very popular now.

However, the software and hardware field of silicon-based chips has not yet been completely finished.

After all, according to the current trend, they still have a few years of development.

At least, it will be popular for about ten years.

Therefore, these majors will not be eliminated immediately.

And even if they can't make it in the country in the future, they can consider going overseas.

After all, silicon-based chips will definitely not be eliminated immediately overseas.

After all, before we make a major breakthrough in carbon nanotube chips, Europe and the United States will continue to make heavy bets on the research and development of silicon-based chips.

Although in terms of physical characteristics, silicon-based chips do not have the advantages of carbon nanotube chips in terms of energy consumption and controlling electron escape.

But if silicon-based chips develop to 1 nanometer and reach the extreme, it will not be.

In fact, there are still many ways to continue to make a fuss on this silicon-based chip.

For example, after developing into the 1nm process, physical properties have indeed developed to the extreme.

But they can also use chip superposition to build buildings, making the chips higher and thicker.

Continue to pile more transistors, so that you can catch up with carbon nanotube chips in computing power.

Although it is definitely not as good as carbon nanotube chips of the same specification in terms of computing power, efficiency, power consumption, and electron escape.

But at least in terms of computing power and performance, you can catch up with it.

If they can reach 70% of the computing power of carbon nanotube chips, they will have the confidence to play against us.

After all, they will not easily trade the world hegemony and technology hegemony for two hundred years.

So the struggle during this period will last for a long time.

And considering the chips used on many other consumer products, silicon-based chips will be used for a long time.

So these people don’t have to worry about losing their jobs immediately.

At least within ten or twenty years, they can still have some food to eat.

But if there is no technological innovation, even though they can still have their jobs in the future, their salary and benefits will definitely show a downward trend year by year.

So these people don’t have to worry about losing their jobs immediately.

Even after carbon nanotube chips dominate the world, silicon-based chips are not useless.

Especially in the industrial field, there is a very big difference between the consumer goods field.

For the consumer goods field, if you want to sell the price, you must emphasize the attributes of the goods.

The powerful computing power of carbon nanotube chips and more energy-saving will become the best buying point for assembling such chip products.

For many ordinary people, they also thought that these more outstanding performances would be paid for.

After all, they buy experience, and your product has better performance, the better the experience.

This is the attitude of consumers.

For industrial enterprises, their pursuit is stability and cost-effective!

Although your carbon nanotube chip is awesome, for most industrial enterprises now, a 28-nanometer silicon-based chip is enough for one pound.

You ask them to upgrade 14nm, 10nm, or 7nm, or 5nm silicon-based chips, they don’t want to.

If you ask them to upgrade more expensive carbon nanotube chips, they will be even more reluctant.

Because equipment equipped with carbon nanotube chips may be better in terms of performance.

But considering costs, and productivity, unless your productivity is 100% higher than before.

Or in terms of energy saving, it is 100% more energy-saving than before.

Otherwise, people would rather continue to use the original technology than suddenly replace it with a carbon nanotube chip device.

And even if they need to upgrade their chips, they will definitely consider higher-process silicon-based chips first.

Why, firstly, the system has a high degree of coordination, if the carbon nanotube chip is replaced.

That is not about replacing a piece of equipment, but about a whole production line, which is time-consuming and labor-intensive, and requires retraining of personnel.

As for the other hand, that is the cost.

After all, silicon-based chips have been used for decades and the technology has developed very maturely.

The most important thing is that with the emergence of carbon nanotube chips, the prices of silicon-based chips have become cheaper.

In the past, no one had to choose except silicon-based chips.

So Asmay dares to sell the price so expensively, lithography machines in the area start at more than 100 million US dollars at all times.

The companies that bought lithography machines naturally distribute the costs to each chip.
To be continued...