Moore's law and quantum computers

 

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Moore's law and quantum computers 

In 1965 the Intel director Gordon Moore introduced the famous "Moore's law".Moore's law is that every two years the number of components and power of the computer system will double. But when we are looking backward in time, there were no quantum computers at that time. 

The fact is that quantum computers increase the speed of developing themselves very fast. So the fact is that the table-size or even smaller quantum computers could be possible sooner than we ever expected. And quantum computers can also run extremely complicated programs and remotely operate new and powerful manufacturing systems. 

The thing is that the quantum computer is "only the computer". It can make every mission, what regular computers are doing, but the quantum computer will do those missions faster and sharper. Today the quantum computers are very primitive. But they are still more powerful than regular computers. 

But quantum computers are advancing very fast. Actors like governments and other investors are waiting lots of from the quantum computers. They are excellent tools for controlling drone swarms. But those systems can use also in normal life for data security. If we create the encrypting algorithm by using quantum computers. That means that there is needed another quantum computer to open that encryption.

Quantum computers are effective in controlling things like traffic lights and logistics. The extremely high-power calculation capacity will make them possible to find the shortest. And at the same time the most economical route for every single vehicle that is traveling on the road.  

Quantum computers are powerful tools, and they can control things like traffic lights and drone swarms. Those systems can also make the surgical operations far away from the cities. The fact is that if we are thinking that the man-looking robots are operating in the mining areas. And some human workers would injure. 

The robot that is controlled by artificial intelligence doesn't need training periods. They must only download a new mission module from the network and that takes only a couple of seconds. The robot needs just to change the controller, and it can make the surgical operation immediately. But the same way mining robots can turn into robot soldiers. 

We can put the quantum computers to remote-control robots. But we can also make them control the access to a digital network. The extreme power of quantum computers would also make it possible to collect and sort accurately the information from every computer that is connected to the internet. They can use face recognition and control the security of the networks in a new and powerful way. 

Almost every week comes to the new quantum breakthrough, and that means that we should deny Moore's law. The thing that makes Moore's law old fashion is that the quantum computer is in use, and that thing will increase the power of the calculation more effective than ever before. 

So would that mean that the power of the systems will increase faster than Gordon Moore ever predicted? The advantage of quantum computer technology has been extremely fast, and we must remember that five years ago many people thought that quantum computers are impossible. So maybe we should adjust Moore's law.  For fitting it better for the new and brave quantum computer systems. 

Sources:

Moore's law: https://en.wikipedia.org/wiki/Moore%27s_law

Moore's law is dead: https://www.cnet.com/news/moores-law-is-dead-nvidias-ceo-jensen-huang-says-at-ces-2019/

Quantum computer breakthrough: https://scitechdaily.com/quantum-computer-breakthrough-new-blueprint-for-better-faster-qubits/