It solves impossible problems. "Google" reveals a new supermarket for time

The computers of the company “Alpabet” (.Alphabet Inc) need five minutes to solve a problem that would take some of the super -car computers about 10 Sebtilians (10 million trillion). But the next challenge against “Google” is to find a practical application of this tremendous theoretical power. The company said the quantum computer, equipped with the new “Willow” disc, exceeded the “border” computer in the operation of a standard algorithm as it completed the task within minutes while it was the ‘Frontter’ computer 10,000.000,000,000.000.000.000.000.000,000,000,000,000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000 years, that is, much longer than the age of the universe. This achievement shows a significant superiority compared to what Google announced five years ago, when he said that the quantum computer can perform a 10,000 -year task within minutes. The algorithm used is designed to test the quantum computer capabilities, and it has no known practical applications, but according to Hartot Nevin, the founder of “Google Quantum AI”, this is not the main goal. Nevin said: “If you can’t perform at least in one issue, you won’t be able to perform in practice either.” He added that “Google” aims to deliver a practical application next year, which is impossible for traditional computers, which is affordable. Quantitative computer investments invest governments and the largest technology companies and international investors billions of dollars to quantitative computers, and are motivated by the ambition to achieve commercial and military excellence thanks to computer speeds exceeding millions of times above traditional computers. But because quantum computers depend on the behavior of particles without offspring, they need environments that prevent these particles from interacting with their environment, and experiments are often performed at temperatures near absolute scratch. These restrictions have made it difficult to find practical applications for technology, as high error rates hinder the calculation on a large scale. According to a study published in the “Nature” Scientific Journal, the Willo slide is reduced by error rates, making it possible to build a larger quantitative computer. Nevin explained that “Google” is now on a website that enables her to judge the costs. “Google” technology exceeds different methodologies to dominate the quantitative computer field. The “Google” technology is based on highly associated quantitative information units, and it is the same as competitive companies such as “IBM” and Amazon (Amazon “. The Willo disks are made using instruments similar to those used in the traditional slide industry. be expanded.