Sunday, March 1, 2020

Scientists Introduce "Quantum Fraud" Detection Tests

Scientists have made great strides in quantum computing over the past few years. To introduce "quantum fraud" detection tests, they have defined a set of tests that computers with quantum-based memory can pass, but traditional computers and classical imposters will fail.
Quantum Fraud Detection Tests
Physicists introduce quantum fraud detection tests. Image Credit: Luana Azevedo, Via Physics Central

Scientists Introduce "Quantum Fraud" Detection Tests


Quantum Fraud Detection Tests

Can we really determine and predict that the black box we bought is capable of performing real quantum operations, and will it be some classical simulation not only in a good way?
When quantum computers come to the market, how will the buyers know that they are not copying or settling for something which is not enough in the form of "quantum"?

This is not just a hypothetical question. In the last few years, many physicists have made big progress in the field of quantum computing, but they are looking for an answer to this question.

Although there are many models of commercially available new quantum computers, it is not easy to identify and answer this question.



A physicist in the Department of Mathematical Informatics in Nagoya, Mr. Francesco Busemi said, "Classical computer uses bits to store information. Each bit can be in one of two states: 1 or 0 to store information.

"The position of a qubit may depend on the condition of another class, even if both are separated from long distance, in this way the classical theory experience explained by us, we have so far experienced "no quantum computer can perform better on the device on which you are still reading this article, but the day is coming - and coming soon.

There are many scientists working on this topic, we think that it is possible to create a platform for creating real-time quantum computers.

Mr. Buscem asked, "Now what is clear is that quantum computers will never completely replace the classical people, which will probably create the most versatile machines to interact and help classical computers to solve some specific quantum computers.

What to do-though practically relevant problems? Before going far away from the possibilities of quantum computing, Come back to the question - How can you differentiate between a real quantum computer and a motivator? 

Qubit-based computers will already be able to perform classic computers seriously in important areas, although they do not have the possibility of having a personal computer.

Any computer, quantum or classical, should be able to obtain, store, process and output information.

The key to the power of the quantum computer is in the quantum nature of qubits that stores information. But it is also where imposters can infiltrate.

Classical computers can obtain quantum inputs, measure them, classify measured values, process stored information, and output information.

Mr. Buscemi explained, "Quantum computers have many approaches, which include quits based on the properties of electrons, quantum dots, photons, and other things.

It is clear that a" standard "quantum computer will not be, in short, quantum computing.

The landscape is developing very rich and diversified, in which no other machine can perform better in other work.

The challenge is to keep such a wonderful garden under control, preventing it from transforming into an incredible forest, to help save the garden, but to help prevent the jungle; it is the inspiration for this new research.

The first step in developing these standards for Quantum was to demonstrate that they are actually in. He noted that the tests are all-inclusive - the real quantum computer is always nearby. And the imposters will always fail - and they are also experimental viable.
To demonstrate that they should not be rejected, regular old computers have played an important role in designing practical tests. 

Reference: PhysicsCentral

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