The end of Moore's law and the twilight of the silicon

The Moore's has been used to predict the abilities of the next-generation computers. Moore's law goes like this: "The number of transistors in the microchip would double in two years"!

That thing uses to predict what is the power of next-generation computers. Gordon Moore, the president of the Intel Corporation in introduced Moore's law in the year 1965, and during that time, it was an effective way to predict how powerful the next computers would be. But the problem is that Moore's law was suitable in the "stand-alone" computers.

The networks are causing that Moore's law lost its meaning. The PHP (Hypertext Preprocessor) allows outsourcing the entire problems like calculations to the supercomputers. So that thing allows using of weaker microprocessors in the systems.

In PHP The client is sending the mission to the central computer. And the central computer can make the hard work. The idea is that the system that works with the solution is like in the cloud. The user cannot see the system where the work is moved. And then the system just returns the answer for the mobile system.

That allows making small-size mobile systems. All data handling processes are outsourced to other systems. And this thing is the key element in mobile technology. The mobile system just outsources the data handling to the servers. The servers are doing the hard work, and then they send the solution for the mobile system.

The artificial intelligence-driven network-based servers are the new thing. The idea is that the group of computers can act as one entirety. And that thing is called the cloud-based server. The idea is the same with cloud-based data storage. But in this case, the system is working with the active data handling process.

The artificial intelligence-controlled network allows that the computers can share their resources. In AI-based systems, the computers share their empty resources. When the microprocessors are not using their full power, those processors can share those free resources with other microprocessors. Processor's unused or Empty resources can use to help the other computers in the system.

So in that case, even the table or laptop computers are turning effective data-handling systems. The thing is that supercomputers can also form the network. And that thing means that if the system has the authority to do this. It can call all the computers that are connected to the net for solving the problems.

The quantum computer is the final staple for Moore's law.

The quantum computer allows calculating more complex calculations than ever before. At first, quantum computers are reserved only for high-power data processing. But when they become more common, they will take the places from traditional computers. When quantum computers are turning more common, they will also turn to commercial systems. In the beginning, quantum computers are reserved for high-class scientific calculations.

But when more money load into the R&D (Research and Development) process of quantum computers they will turn more common and the resources of those computers also to other things than some code-breaking or scientific calculation. Quantum computers can give more boost for graphics, artificial intelligence, and many other processes.

And more missions like complicated graphic solutions like complicated simulation programs hard-driving computer games are turning to use the quantum base. And especially the gaming industry might seem those things as the opportunity.

First, quantum computers will work along with traditional computers. But the systems will turn to use quantum technology.

And the last staple for Moore's law is the quantum computers. Quantum computers are the next generation of servers. And the use of those systems bases the cloud services. The system will send the problem to a quantum computer, and then the quantum computer returns the answer for the traditional computer.

That operation will happen over the internet, and people would not even recognize that the answer is coming from the quantum system. If they are not sending the problem which has tried to solve 100 years by using traditional computers for that system.

()https://scitechdaily.com/twilight-for-silicon-end-of-moores-law-in-view-as-silicon-chip-density-nears-physical-limit/

()https://en.wikipedia.org/wiki/Moore%27s_law

(https://visionsoftheaiandfuture.blogspot.com/2021/08/the-end-of-moores-law-and-twilight-of.html)

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