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| Why is quantum computing so hard to explain? |
The majority of users see quantum computing as a panacea for solving global problems. Some people expect it to cure cancer, while others expect it to solve global warming, but it isn't. You will only try to solve these problems...all tried.
Interest in quantum computing has grown dramatically over the past few years. Perhaps one reason for this growth is the misconception that this technology can provide quick solutions to difficult problems.
Both the government and companies have invested billions of dollars in this area. Especially considering the close relationship with machine learning technology, digital currency and other fields.
Undoubtedly, the media's interest and constant treatment of this technology has greatly contributed to the rise of its power and its spread in everyone's languages (expert or not).
Explain the difficulties of quantum computing
Quantum computing technology is difficult to explain. Unless you rely on a high level of understanding of mathematics, its concepts are also difficult to express and explain. As a pioneer in the field of quantum computing and a Nobel laureate, Richard Feynman said: “If quantum computing can be explained simply in a few words, it does not deserve a Nobel Prize.
Since 1994, the world has noticed the current shape of this region. When Peter Shore, a professor of mathematics at the Massachusetts Institute of Technology, discovered that this type of computer could decrypt all transactions currently made on the Internet.
As a result of this discovery, quantum computing is viewed from an anecdotal rather than a scientific perspective. The public is more interested in the technical and commercial aspects of the event than in how it is run.
Reports on this topic have had an impact on scientific content. However, the image that technology and business journalists are conveying to their current followers is a false one.
Quantum computing is touted as a technology that will completely change the world and all fields, and researchers such as Scott Aaronson, who has studied in the field for more than 15 years, have the opposite view.
development difficulties
Quantum computers really help solve problems. People think they can fix some of these issues in minutes, while it would take years on today's PCs. Google and other companies also claim to be getting close to quantum accelerators.
However, the quantum computer we imagine that can decrypt Bitcoin wallets or encrypt financial transactions is a far-fetched dream that will last for many years.
In fact, as the name suggests, quantum computing is a science based on quantum mechanics. It is one of the most difficult sciences to access, and developing applications for it is no less difficult than explaining it.
Technologies like quantum computing are very difficult to explain. But the hardest part is designing and building quantum computers in practice, so it will take a long time for this technology to become mature and reliable.
Simply put, a quantum computer can try millions of solutions at the same time and of course has great computing power, but the ability of a quantum computer always depends on the field in which it is operating and which the difficulty of the task requires.