Quantum advantage is the next step in the drive to usher in a new era of computing

Quantum advantage is the next step in the drive to usher in a new era of computing

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Guide: Quantum advantage is the next step in the drive to usher in a new era of computing

The first practical application of quantum computing is what we are looking for. It can fail at the ultimate power of technology, which includes powerful computers to solve any problem at sky speed. However, many in the industry feel that they will not be able to achieve such a high profile in the next two years, allowing them to quickly bring it to the public’s attention in the first place.

Since 1982, when physicist Richard Feynman first proposed using quantum mechanics’ slip. features to transform computing, quantum computers have consistently outperformed modern “classical” systems. It has received a lot of attention. hegemony. Two years ago, Google said it had reached this milestone. However, the introduction does not address a real-world issue (statistics that traditional computers cannot solve). IBM and others are rapidly proving that traditional computers can adapt to address some of the potential benefits of the Google system.

Many professionals have shifted their focus to smaller projects. Quantum Advantage refers to the employment of technology through systems to make advanced improvements in the solution of global computing services.

The first exercise application based on Quantum Benefit is predicted to begin officially in the Quantum Era. Peter Chapman, CEO of IonQ, became the first quantum computing company to be listed on Wall Street in 2021. He compared it to the VisiCalc county chart system. VisiCalc Evolution introduced the PC era of computing in 1979, “PC preparation for business.”

Matt Johnson, CEO of quantum software company QCWare, said the prospect of finding a service tool for this technology has brought the company to life and first created competition in recent months. “The challenge is to help the company’s customers quickly achieve quantum speeds,” he said.

The industry gear shift is driven by improvements in the quantum material systems announced at the end of 2021 and the forecast of such plans for the next two years.

According to Professor Will Oliver of the Massachusetts Institute of Technology, the device has seen a 10-fold improvement over the past two years. At a recent Q2B Practical Quantum Computing Conference in Silicon Valley, he said this raises new questions for the company. Are you approaching the creation of “business-appropriate algorithms”?

Modern quantum devices are known as NISQ systems and are short for noisy medium size. The number of those qubits, or qubits, is still limited, and qubits cannot hold quantum regions for more than a few seconds, causing errors or “noise” in the calculation. But just like people who work on technology, they can be used to make small but significant improvements in solving real-world problems.

“If it could be used to diagnose cancer and increase the cancer rate by 2%, would you use more for patients?” Christopher Savoie, CEO of quantum software company Zapata Said.

In November, IBM launched its first program with 127 qubits and confirmed its roadmap to increase to more than 1,000 qubits in two years.

Dario Gil, IBM’s Chief Research Officer, says: While acknowledging that overcoming remaining technology challenges is an “unresolved issue,” improvements in application and improvements in algorithm design have paved the way for noise reduction. of digital programs to practical levels. You have.

Others say they are the same way. Rigetti Computing, a start-up project to be launched through a sale to a major purpose capture company, announced in December an 80 qubit system based on a new modular design that combines 40 qubit productions. With this new architecture , “Chad expects to be a system of up to 1,000 qubits in 2024 and 4,000 qubits in 2026,” said Chadrigetti, CEO of the company. great size great. ”

Modern applications may not support successful applications themselves, but put more powerful tools into the hands of researchers. This will speed up the understanding of how to one work plan, he and others say.IBM says 27 quantum systems are in use and 170 organizations, including many companies, are currently using them for research.

“Our machine is fast, scale, and functional to code and represent the exact model of the problem, not the model of the toy problem,” says Rigetti. solve real problems against fast-paced classic computers, giving researchers a true understanding of the path to quantum altitude for the first time.

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Quantum advantage is the next step in the drive to usher in a new era of computing
Quantum advantage is the next step in the drive to usher in a new era of computing
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