# Learn the Technical Implications of Quantum Computing

Quantum Computing is the study of quantum-mechanical phenomena to perform computation and many other critical problems. IBM Research developed this concept from Zurich, Switzerland based on the idea of superconducting cubits. It is the subfield of quantum information science that includes Cryptography, Quantum search & simulation, Solving linear equations and Quantum supremacy. In this article, we will discuss in details of the quantum computer. In my next article, I will discuss quantum machine learning.

## What is Quantum Computing?

Normal computers work with binary numbers. Binary method numbers are only two: 0 and 1. The computer does all the work with these two numbers. The Telegraph reports that computers can use 0 or 1 each time in the current system. But quantum computers can represent both 0 and 1. Quantum computers can also represent 0 and 1 at the same time. The basic name of the particular unit is Cubit. Quantum computers can solve complex mathematical problems quickly because of the inexhaustible features of 0 and 1 as binary numbers. Moreover, various machine learning models are implements through quantum computing.

The Economist reports that quantum computers are dependent on inefficient and complex quantum mechanics. This computer works using the superposition and entanglement method of quantum mechanics. However, the little complex mathematical problems that quantum computers solve are very difficult and time-consuming for the current computer.
You can form quantum baits in different ways. However, they always represent 0 and 1 and the whole process can be controlled electronically. However, the computer can do more than twice the number of bits of the computer.

### What does Quantum Computing Look Like?

Usually, the computer has a CPU in the box. There is a monitor-mouse. But now scientists are sweating to create a computer that looks like a cake! Just like if you hang a four-five-layer cake. There will be many metal cylinders and a sash. And underneath everything is a little black chip. We know that, it as quantum computer. Scientists think this computer will change the whole technology world!

### What’s the change?

There’s something ‘but’ in this place. This is a completely new quantum computer compared to the current computer system. Quantum computers can solve the mathematical problems that people have to overcome, even if it takes years to do the supercomputers. This will help you discover new drugs. The discovery of new materials will also bring revolutionary momentum. In a word, quantum computers will usher in a new chapter in the technology world. The whole computer system will change.

### Problems of Quantum Computing

There’s a back on the back. Quantum computers are a lot of trouble. The world is now in the hands of people through the Internet. From the small feelings of personal life on social media to the banking business, the business is also dependent on the internal. The current Internet system follows certain encryption. These encryptions are created using cryptography or signal writing methods.

Internet access is safe because of encrypted and prevents user information from being untenable. The problem is that future quantum computers will become the internet encryption of the latest. Quantum computers can hack current Internet cryptography in a single moment. So if quantum computer technology falls into the hands of rogue hackers, millions of Internet users worldwide will be at risk! Even the state’s vital information will not be secure. Secret intelligence and defense information will no longer be kept secret.

The United States, the United Kingdom, and other European countries have now come down on the back of the quantum computer. China is throwing a sword at the sword. Quantum computers that they want too. However, the most frequent research on quantum computers is being conducted by tech giants, including Google, IBM, Microsoft. The reason is very clear. The company that will win the contest means that the first quantum computer will be able to establish a new generation of technology businesses. It’s like winning a lottery jackpot! So the cost of the deed is quantum research.

The United States, the United Kingdom, and other European countries have now come down on the back of the quantum computer. China is throwing a sword at the sword. Quantum computers that they want too. However, the most frequent research on quantum computers is being conducted by tech giants including Google, IBM, Microsoft. The reason is very clear. The company that will win the contest means that the first quantum computer will be able to establish a new generation of technology businesses. It’s like winning a lottery jackpot! So the cost of the deed is quantum research.

The Economist reports that quantum computers are dependent on inefficient and complex quantum mechanics. This computer works using the superposition and entanglement method of quantum mechanics. It does not solve a lot of mathematical problems. However, the few complex mathematical problems that quantum computers solve are very difficult and time-consuming for the current computer. In some cases, it’s impossible.
Media Wired says quantum bits can be formed in different ways. However, they always represent 0 and 1 and the whole process can be controlled electronically. However, the computer can do more than twice the number of bits of the computer.

Physicists have designed and designed a large-scale quantum computer.
The fast-paced machine, known as super-fast computers, is expected to revolutionize computing.

This computer will control the future quantum world. And even with modern computers, problems that cannot be solved will be solved by this computer. But in reality, the plan to build a computer of such a large size is still limited in the laboratory.

### Expert’s Opinion on Quantum PC

Winfried Hensinger, a scientist at the University of Sussex in the UK, told to a newspaper that a large quantum computer would be able to do many calculations at the same time.
The research is being conducted by scientists from Britain, as well as by the Internet search engine Google, Aarhus University in Denmark, the Reken Research Institute in Japan, and the University of Jigen in Germany.

Dr. Henssinger says it will cost between £10 and rs 2million to build the computer. But he says it will cost more to build a device for practical work in the real world.
Earlier, a Canadian company created d-wave quantum computers.

The computer is being used by various defense agencies, including NASA, Google, and the US space research agency. But there is still a debate about the speed or speed of the work of these devices compared to the normal computer. How long ago did our former men come to this world? When were they born? – There are many facts and theories. However, scientists have recently found one of the oldest specimens of such ancestors of mankind.
They say that the fossiled-out original human being is 540 million or more years old. And that fossil was well preserved. It is believed that in the process of evolution, the first step in what has been known so far was a small creature that could be seen with a microscope.
Then at one point, it becomes fish and then it becomes human.

## Technical Implications of Quantum Computing

You might think that science fiction is being used to discuss quantum computing. But we have reached the pinnacle of a computer technology that ignores logic and loses imagination. The transistors used in the computer are so small that they can be made with handheld technology. So computer innovators are beginning to find possible solutions at the nuclear and nuclear levels, known as quantum computing.

The big companies in the technology world are in intense competition for sustainable quantum computers and are trying to bring it to market commercially. Quantum computers will be able to give computing power that is not possible for conventional classical computers. It will solve any problem quickly. Learn about the use of quantum computers:

### New Computing Without Logic

To understand the work of quantum computing, you must first know what the quantum computer is. Quantum physics has defied logic or logic since the first research on atoms was conducted in the early 20th century. In the world of quantum, atoms do not mean the formula of conventional physics. Quantum particles can move forward or backward at the same time, both in two places at the same time. That is, a quantum particle or a particle of atomic magnitude can be in all its forms at the same time. Researchers think of taking advantage of quantum computers because of this strange behavior.

### Less Time to Compute

The computer now runs as a bit. But quantum computers will continue as a cube. The current computer saves information within bits. This bit is binary ‘0’ or ‘1’-the representative of the electric or light signal. This bit method is made up of eight bits of bytes, which are usually able to save a signal.

### Multiply the Storage Capacity

It also uses a 0-1 binary to store information. But not separately. At the same time. The particles and waves of the material described in the quantum theory are like religion. Because in the quantum world, the same particles can be in multiple places at the same time and are also very good in the movement of waves and particle movements. It is the core power of quantum computers, which enables it to store multiple data simultaneously with the help of 0-1. It will not double its power, it will multiply it.

Because this energy is increasing at a geometric rate. For example, if four numbers are saved in two cubes, three cubits will be eight, and four cubits can save 16. It also gives multiple calculations. This reduces the account time. Every day we produce a lot of information. Processing this information requires a lot of computing power to extract meaningful insights from it. This will save the quantum computer.

### Make the Unreal Real

For example, it would take billions of years to finish a problem. This means that quantum computers can solve almost impossible mathematical problems in a single moment. What was once considered impossible would not be impossible. Quantum computers will be left behind.

### Data Security

Many people think encryption is sufficient to protect information. But virtual encryption can’t be broken. This will change the data security situation. Quantum computers can break most of the encryption systems. Instead, alternative shacks will be available.

### All the Work is Done

Quantum computers can be called all the work. On traditional computers, tasks like mail, spreadsheets or desktop publishing can be done well. But the goal of creating a quantum computer is different. It can be used as a tool to solve problems. It won’t replace the conventional computer. For example, the most accurate computing of an airport flight schedule can be done on a quantum computer.

### King of Speed

Google recently announced the acquisition of The Supreme On Quantum Computers. The report, published in the famous science journal Nature, says That Google’s AI Quantum Team has taken another step forward in quantum computing. Google’s Sicomor processor was able to complete an account in three and a half minutes, which would take 10,000 years to make the most powerful computer in the world. According to Researcher Catherine McGeoch of Armhurst University, quantum computers are thousands of times faster than conventional computers.

### Big Data Solutions

We generate 2.5 Hexa bytes of data every day, which is the equivalent of 5 million laptop content. Which computer will analyze the huge database? Quantum computers can process this amount of data and meet the demand of the big data age. The era of machines is coming in the future. Data will be generated from every small device. It is possible to accurately analyze these data with quantum computers.

### Power Affordable

Quantum computers will not require much electricity. It will use 100 to 1,000 times less electricity because it is used in a method called quantum tunneling to reduce the cost of electricity. Besides, this computer is fragile. Any type of vibration can affect atoms and create anomalies.

### Advanced Software and Machine Learning

There are already a few algorithms for quantum computers. In this, the gross essays and large numbers of people are important in the production of unstructured databases. When a sustainable quantum computer is created, machine learning will help reduce the time to solve problems. Moreover, quantum computers implement many projects through machine learning language.

### What’s the benefit of Quantum Computing?

The Telegraph says that a functional quantum computer can open up the possibility of infinite possibilities. Quantum computers will play a key role in creating new sustainable construction materials. This will help to pave the way for a disease like cancer or AIDS.
“The impact will be incredible,” said Microsoft official Krista Sore. We are just above the vast ocean of possibilities that quantum can do. With the help of quantum computers, we can understand the nature of the problem of global warming. We’ll also learn how to hold carbon and save our planet. ‘

Bob Sutter, vice president of a quantum division of the technology firm IBM, thinks that quantum computers will usher in a new revolution in technology. He said the general public still cannot understand the extent of the issue. People will get better products, new flavors will come to the food. The new medicine will be ready. The current aircraft can be accelerated by solving complex mathematical problems. These advanced aircraft will cost less fuel.

Quantum computers can play a long-range role in the development of artificial intelligence, IBM’s research division says. This will make artificial intelligence more perfect.

#### What is the Threat?

The words say: ‘The heavens with the good, the destruction with evil. The quantum computer is not the end of the world. And if you fall into the wrong people’s hands, this quantum computer will become a cause of endless suffering. Just think about it– your phone’s contact list has gone from THEAT password to the other one! What, you’re not getting up?

The Telegraph says that quantum computers can break the encryption of the Internet in the light. As a result, the computer could completely break the long-running Internet system if it had a computer under the control of criminals. Millions of people’s personal information will be lost. Hacked government database. The banking system will be in a mess. The internet-based money transactions can be finger-swollen by unscrupulous hackers. And the state defense system can be destroyed.

Colin Wilmot, a quantum computing expert at Nottingham Trent University, said that the party that owns the quantum computer will be the first to possess this infinite power. Quantum computers will put the classical cryptography system at great risk.

The Economist says that the misuse of quantum computers could destroy the e-commerce industry worth \$2 trillion worldwide. Because these financial transactions are done using the currently used Internet cryptography. This cryptography also protects the privacy of state information. So if you break this cryptography system, the details of the debit-credit card, the bank transactions, all the e-mails – all the internet-related information will be lost. Then anyone can get away with it, steal it.

There’s a problem with the state machinery. “If anyone sees my message or bank account today, it’s not going to happen to ordinary people like me,” said Peter Soeb, a cryptographer at Radboud University in the Netherlands. But think about what happens if I’m a repressive citizen? Is it not going to be a tool of repression?’

#### Who’s going to go before?

Some experts say that within the next five years, the internet could become a useful quantum computer. Many say that there is no hope of getting a full and effective quantum computer before another 12 to 15 years. However, the way powerful states and technology institutions have been tied up is not far off.

Google is conducting a study of quantum computers under tight surveillance in Mountain View, California, US. IBM and Microsoft are not sitting. Both these institutions are researching this. But experts say Google is a little ahead of others.

The Telegraph claims that the UK has invested the most money in quantum research! The British government announced a total investment of £270 million in the research of the National Quantum Technology Programme in 2013. The United States is bringing in a 10-year investment project to improve quantum technology. China, on the other hand, has allocated \$10 billion to establish a national-level Quantum Information Science-based laboratory by 2020.

### More High Thought of Quantum Computing

When it comes to the most powerful quantum computer in the world, it seems like the names of big tech companies like IBM and Google. The new organization has come to meet the challenge in this regard. They say that in the next three months, the most powerful quantum computer in the world will be created.

Honeywell Quantum Solutions is the pioneer of the computer. It is a subsidiary of Honeywell International Inc., an international space and defense technology company.
Honeywell says the computer they created will be the strongest in terms of quantum computing performance. In this case, they will exceed the quantum volume computer created by IBM in the 21st. This was reported in a Forbes report.
On the 27th, Honeywell entered the quantum computing business and started to work on the issue of booby quantum computing.

The term quantum volume is a relative complexity of a problem, used for expressing numerically. Quantum volume measures the overall performance of qubits by combining different measurements in a quantum system. Honeywell says they will have the quantum volume on their computer, which is expected to increase. They will strive to increase the quantum volume every year for the next five years.

### Google Review of Quantum Computing

Google last year claimed it had achieved quantum supremacy and contained 5 cubits. Google used to work on ordinary computers for thousands of years, claiming that their quantum computer did this job in 20 seconds. With the help of quantum mechanics, it can solve many complex problems. To solve the same problem, the last modern computer goes hundreds of thousands of years called quantum supremacy. In other words, when an organization or a country can solve these complex problems in a very short time thanks to quantum computers, it will be said that they have achieved quantum supremacy.
IBM recently claimed that they had 42 quantum volumes on their 20 cubit computer.
The Protocol technology website claims that in addition to Honeywell and Google, Microsoft, Ion Q, QCI, D-Wave, Righetti, OneCube and StrangeWorks are working on quantum computing.

The normal computer stores information by 5 or 8. This means in a binary way. Cubits store two-bit together. It follows the principle of quantum physics called “superposition”. This method is called “entanglement”. By combining these two methods it solves any problem. The problem, however, is that the cubit easily becomes “disturbed”. This is why the heart of a quantum computer should be kept in a cool container. Although individually, this does not mean that quantum supremacy can be achieved, a lot of work can be done in a fraction of a second via a cubit. In this work, he designed a quantum computer and added several cubits at once to correct a single cubit error and transform it into a single logical cubit. The point is, even if some cubit companion doesn’t work, logical cubes can provide faster overall IT services.

### Final Thought

So, it seems, everyone is running into the rat with who’s going to build a quantum computing. Tech giants or powerful countries – there is no difference between them. But whoever can give the first hand to the quantum jackpot will be the one who can lead the world economic and economic leadership. The only hope of the tech-loving and the common man is that quantum computers should not fall into the hands of hackers!

Hawlader's passion for technology has driven him to be an avid writer for over 16 years. His vast knowledge of the Windows and Android operating systems is a testament to his proficiency in the field. In addition to his expertise in open source software, he also possesses an extensive understanding of the open-source platform, making him a valuable resource for technology enthusiasts. His contributions to FossGuru writers with research-based articles have helped readers to stay up-to-date with the latest trends in the tech industry. Furthermore, Hawlader's curiosity for scientific breakthroughs has led him to be a keen reader of science blogs, keeping him informed about the latest developments in the field.