Blooming America

Catherine is still watching Kodak with old eyes. {http:

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But in fact, people have changed from new, and Catherine's anger is wrong at all.

However, even if Catherine knows the other party, I am afraid I will not care.

Because Catherine is a patent in the hands of the other.

And even if the other party grasped the opportunity of the Lord, the next time, he said that he had to be bankrupt. In all, the Koda heard is more promising than the mastery of others.

The reason why Kodak applied for bankruptcy is because of this. For a long time, Kodak is very concerned about investment in the field of R & D. Although it has made a mistake, it gives up the entire forest because of a big tree, but the former innovation efforts and achievements are still its most valuable assets. According to statistics, Kodak has mastered at least 1000 digital images, imaging patents, which is its last life of straw. The mastery of core technology is critical to a business, and the continuous innovation and upgrading of technology is the driving force for continuing development.

Many instances have proven that the success of the company will not die for all, and the market advantage is only blooming. Nokia has a leader in the mobile phone market, contributing a lot of domestic GDP and employment opportunities for Finland. However, with the "bombing" of the new smartphone, Nokia's market leaders have begun to be threatened, and the global market share has declined.

Speaking of Nokia, Catherine feels that he seems to go to Finland. Is this company that has become a mobile phone system from the logging field?

However, after understanding the relevant things, Catherine did not go to more.

Because Catherine is still writing a new.

Well ... It is the continuation of the "Information Revolution".

- "Intelligent Age".

"For most people at home and work, it will still be the most important calculation tool. You still need a big display and a keyboard to write emails and browse those complex pages, and you still need a strong enough Host to process images, play large games, etc. Work with other new devices, at which you can share your own data on different machines - documents, schedules, schedules, emails, contacts, etc. Everything will be automatic, don't want to go upload yourself. You can view the price of a new car with your own equipment, and know that there is no enough funds in your account. (1_1) Whether you are where,

No matter what you want to do. You will get all the information you want to know. "

"The development of a personal computer will change everything in this world, which is already a thing. And personal computers will also become a part of life, and a part of life."

With the birth of ultra-thin screens. Smart portable equipment will also be born, then replace the creation of the world. Laptop, even touch tablets, and mobile phones with smart OS will become the entry point of the world The former can be called the 'era' and '+ era', and the latter is derived from the integrated circuit to become more highly developed 'posts.'

"But I think it will continue, this general equipment will always be with us in different forms, whether it is a tablet or a laptop, or an ordinary desktop computer. So I think it will become most people in the future. The equipment you have. There is a type of device that is not like a traditional generic device. They pay more attention to some specific functions, whether it is mobile phone, IBAG or other devices. I think this type of equipment will continue to create innovation We will also see them more and more. "

The intelligent era is actually Catherine continues "hair dry".

Because of the development of neuronal computers, Catherine believes that he arrived in his 21st century, the era will definitely become completely different. Catherine also believes in the arrival of "smart era".

For the future era, Catherine prepared this "smart era".

With the development of the water bottle processor. Catherine believes that the development will enter a perfect, prosperous period.

of course. Catherine also focuses on developing the current supercomputer.

Catherine has always encouraged Xido. Krere innovation, rather than being stamped in the current Galaxy series.

What is the floating point of 1 billion times?

Even the next 100 billion blade server type supercomputer, what is it?

Only with the development of the times, it is possible to have a higher level of chip, staying now, solid self-sealing, and finally there is only one dead.

- To know, before Catherine came to this era, there is already 1TE.

P (10 billion times per second) level processor chip!

Because of this, Catherine has decided to put the Pisces. Let the computer enters the dual-core era in advance.

Of course, Catherine is not intended to simmerly engage a dual-core thing, but prepare to use a new technology.

Like the previous one trillion co-association per second, this processor chip is based on the nuclear integration () architecture of Intel (Non Catherine), which is the first Intel, Intel, which is investigated. , Use Intel's latest 3D tri-gate 22 nano-transistor process production. There are 50 cores. This named GHTSFE

Y's CPU, unique, it is not just like a traditional accelerator, and more like an accessible, programmable functional high-performance compute node, in the application, it is like a running Yes, based on the computer of the ** operating system.

3D tri-gate transistor, Catherine must not work, but what is dual-core technology, Catherine believes that she is not so unbearable.

Moreover, Catherine has fell hidden with a carbon nanotube to make CPUs.

There are many kinds of carbon nanotubes. To make chips with carbon nanotubes, it is never possible.

Catherine has such a plan, but it is not just a hole.

Ten years, let yourself have 33 nm technology, not as good as ten years, using carbon nanotubes to enter 9 nanometers, or even lower, more energy-efficient times.

This is not there.

The so-called hole wind, in the 21st century, IBM has done such a thing.

Talking about nomotubes is a great physical property, which has both powerful mechanical properties, and is also a good ability to carry electronics. IBM researchers have created only 9 nanometer-sized carbon structures, which can make very small transistors, and IBM prototypes can perfectly replace this silicon-made transistor of Intel's IVB platform, it has More powerful computing power and much lower power consumption.

Now, with the development of carbon nanotubes, this technology will only be more advanced, from the laboratory to industrial production, this process is necessary.

Carbon nanotubes are coated by planar graphite (carbon atomic layers) crystals, long and hollow tubes, typically from 1 to 10 nm, and the length can generally reach several thousand nanome. It is not only a small size, but also has a lot of unique performance, but also has a lot of unique performance in which the electronic information is more than two-dimensional transmission than in S, because in carbon nanotubes Electronics are transmitted in one direction, which reduces the collision in a ballistic electronic conductive method, which can reduce the resistance and delay to minimize, and therefore, it also reduces energy consumption, and it also has high electrical breakdown strength, thermal guide, The mechanical strength is high, and there is also an application potential in many other fields.

The carbon nanotubes may exhibit different conductive states, which may be a conductor, semiconductor or an insulator. In this way, the integrated circuit is manufactured using carbon nanotube material, which can not only be used to do device, but also connect lines. Because the electrical resistance of the metal nanotube is independent of the length within a certain range, the connection is particularly powerful.

To say, the only problem is ... Integration.

How to integrate these chips is a big problem.

But Catherine has an idea - S protein at this time.

Why can't you use s proteins, use the biological model to integrate these carbon nanotubes?

When I thought here, Catherine did not write, and immediately began to act.

As an action, Catherine is doing a thing, absolutely clean.

Of course, Catherine can not find Jenny this.

Because how to integrate the chip, this is not a problem, if it is combined in the way you want, this is the biggest problem.

If you can solve this, it can be simple.

At that time, Shenma Moore's law, Shen Ma Edison's law, can be completely killed!

This is like two different majors. They all don't have to have a transistor, and the carbon nanotubes are changed. The law originally used for the transistor will not be used.

Catherine has decided, investing funds to study carbon nanotubes CPU.

Nano-level technology enables Catherine to quickly have hundreds of billions, even hundreds of billion times, trillion computer system, and at that time, Catherine believes that everything will be submerged ...

This is an opportunity, which is the opportunity to be able to transcend to the original world.

"Well ... The most important thing now, or acquire Kodak ..."

Catherine thought for a long time, and finally this conclusion.

Kodak is not acquired, Catherine is uncomfortable, so ... Kodak must die!

......

Five!

Five completed, hahaha ~

The tiger touches Xiaowu ~ (untraway continued ..)