The Future of Computing: The Quantum Computers |TechnoDaily

The Future of Computing: Quantum Computers and What They Mean For You

In this article, You will get to know all about the new technological innovation with the help of Combined Machine Learning and Artificial intelligence i.e The Quantum Computing and its applications in the future Era.

Introduction to Quantum Computing

Quantum Computing may sound futuristic and may sound mysterious for all of us, however, it is nothing but an evolving technology which not only aims to be the most useful and useful new hardware for Artificial Intelligence (AI) and machine-learning applications but also offers the greatest advancement in computing technology in decades. So the next time you ask a relative what's so great about quantum computing, that's going to be all the answer you need. The first two basic applications of quantum computing are simulating chemistry and physics simulations and quantum simulation/optimization, therefore this aspect of quantum computing can be applied in various fields such as drug design and delivery, cancer research, and mineral identification.

 What is Quantum Computers?

The name itself of a quantum computer is so weird, doesn't it? After all, what can a computer that can run in a million billion billion places simultaneously actually do for us? But, in fact, it is the real deal. Today, it is still impossible to build a Quantum Computer. But, research in this domain is moving forward very rapidly. Over the last few decades, there have been a series of breakthroughs that have brought quantum computing closer to reality. Some of these breakthroughs include: Before delving into the details of Quantum Computing, we need to take a look at the basics of computing. What are the parts of a computer?

 Firstly Why do we need a quantum computer?

Driven by the innovations of the latest technologies that will deliver benefits for all of society, nations around the world are investing heavily in the field. When it involves quantum computing, nobody wants to miss out – which desire is triggering a sort of worldwide race. While a typical computer handles digital bits of 0s and 1s, quantum computers use quantum bits or qubits, which may take any value between 0 and 1. And if you entangle the qubits, you'll solve problems that classical computers cannot. A future quantum computer could, for instance, crack any of today’s common security systems – like 128-bit AES encryption – in seconds. Even the simplest supercomputer today would take many years to try to do an equivalent job.

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How Quantum Computers Work

It's hard to believe that we are still having to explain this to people all around the world, but there are still people who do not understand what quantum computing is or how it works. But what I can say to you is that it is not only possible but very probable to have a quantum computer in our life in the next 5 to 10 years. The basic underlying idea behind quantum computing is the ability of matter to do things that it can't do in its normal state. What this means in simple words is that a quantum computer can perform tasks that normally computers would not be capable of. Consider the following example; Suppose you could calculate the number of stars in the universe by bouncing a laser off them and measuring the different intensities.

Quantum Computing Applications

What do you think about the future of Computing and what is being applied and is changing the world around us? The modern computer in the form of a PC (Personal Computer) is nothing but the mathematical algorithm that we humans have applied to create it. Today computers have become so advanced that they could accurately analyze the blueprints for automobiles or construct devices to help doctors to diagnose diseases. But what about the future? What does the future hold for the computer that we use today? The answer to this question is Quantum Computing. Quantum Computing is a specific type of computer that comprises of quantum bits aka qubits. These qubits can be in multiple states simultaneously which makes them much faster than the traditional computers.

Investments for the Future

From Last some year, researchers from Google claimed that their processor, which has 53 superconducting qubits, was ready to verify in only 200 seconds that a group of numbers was randomly distributed. an equivalent calculation, the firm said, would take 10,000 years on IBM’s Summit machine, which was the world’s most powerful supercomputer at the time. IBM hit back, insisting that, with some clever classical programming, its machine can solve the matter in 2.5 days. Either way, Google had reached an enormous milestone towards realizing the immense promise of quantum computers – “a wonderful achievement” as Knight put it. “It shows that quantum computing is basically hard but not impossible,” he added.

However, to try to do something really useful with quantum computers would require significantly quite 50 qubits.

Developing quantum computing standards

In Developing technology another way to get joined into the effort to develop quantum computing-related standards are in demand. Technical standards ultimately speed up the development of technology. Quantum computer hardware and software development will benefit from a common naming procedure

Recently, the IEEE Standards Association Quantum Computing Working Group are developing two standards. One is for quantum computing definitions and namings.

so we can all speak the same name for its standards. The other addresses performance analysis and performance benchmarking to enable the measurement of quantum computers’ performance against the traditional classical computers.

The need for additional standards and namings will become clear over time to time analysis and developments.

AI and Quantum Synchronization

It is one of the most discussed topics that a combination of artificial intelligence and quantum computing can benefit in many ways.

It is said that Quantum computing will scale up rapidly in 2022 and will start to transform Artificial Intelligence into fully Advanced Intelligence. The combined Quantum plus Advanced Intelligence (or QAI) will start to assemble with BioGenetic Sciences to create super-intelligent humanoids in the coming future years.

Simultaneously, applications of artificial intelligence like machine learning, computer vision will be accelerated if run on quantum systems. This will make a faster analysis of data in sectors like fraud detection, drug compound discovery, cybersecurity, and many more. It will also boost AI by expanding the data sectors used to train generative or machine, learning models.

Conclusion

In this article, you have learned about the future of computing which will be completely different from what we have been witnessing till now.