Advantage2 computer for the first time in history has reached a “quantum advantage” (video)

< IMG SRC = "/Uploads/Blogs/49/1E/IB-FQUM4AEN_C9316240.jpg" Alt = "Compl ' Uutantage2 Underwenting) for the first time in history has reached & quot; quot; quot; quot; quot; quot; quot; quot; quot; quot; /> < p > Quantum computer Advantage2 in 20 minutes has done a job that would take a million years.

< P > D-Wave stated that it first solved a complicated task with the help of an Advantage2 quantum computer. Details by Fast Company & Nbsp; Nbsp; Nbsp; CEO of Alan Barats.

< p >According to him, Advantage2 allows you to invent and evaluate new materials without the need to create them in a laboratory. Recently he first successfully modeled the properties of magnetic materials as ever could never be able to traditional computer.

< P > In March 2024, D-Wave declared, & nbsp; advantage2, the first among quantum computers completed a task that is unbearable for usual. He calculated the task of the Iring model with the cross -field.

< p > in essence, which means that D-Wave has reached a “quantum advantage” in solving a useful problem that no one has succeeded. The results of this work are described in detail in the article published in Science.

< P > “This is a really important point for the entire quantum computing industry. For the first time we have demonstrated that the quantum computer is able to solve a complex real problem that cannot be solved by classic computers. This is what everyone wanted, and we are very pleased with this”, & mdash; Alan Barats.

< p >Until recently, quantum calculations have remained a theory largely, but D-Wave achievement is a noticeable breakthrough, as the company has demonstrated that its quantum computer could actually exceed classic computers in materials modeling.

~ ~ < p > to model the property of magnetic materials on a classic computer, it would take about a million years or more energy than the whole world consumes throughout the year. The D-Wave command and its quantum computer completed the calculation in 20 minutes. However, this achievement was preceded by 25 years of equipment development and 2 years of cooperation with 11 scientific institutions around the world.

< p >< iframe width = "560" Height = "314" SRC = "//www.youtube.com/embed/f7qndzc2ix4" Alowfullscreen = "ALLOWFULLSCREN" >0 ~/IFrame >0 ~/P > < p > As the event commented by the Professor of Quantum Mechanics at the Massachuseta Institute of Seth Lloyd, completely incomprehensible quantum computers will appear only a few years. But quantum anneators, the type of quantum computer designed to effectively solve optimization problems, are useful here and now.

< P > According to D-Wave, scientists could use quantum calculations to test and simulate new materials, in particular, those used in all types of technologies from cardiostimulants to mobile phones. Many of these materials need to be synthesized in the laboratory, which requires considerable time and money. Quantum computers can save them.