Recently, IBM announced that LG Electronics has officially joined the IBM Quantum Network, which will promote the application of the quantum computing industry.
It is understood that the IBM Quantum Network is a community built by IBM and many partner institutions to build a thriving quantum ecosystem to accelerate the expansion of the quantum computing industry. Its members include Fortune 500 companies such as JPMorgan Chase & Co. and Samsung, as well as well-known universities such as the National Laboratory of the United States and the University of Oxford and the University of Melbourne.
LG Electronics has long been committed to the application of quantum computing in industry, contributing to the development of artificial intelligence, big data, the Internet of Things and robotics.
According to IBM official sources, after joining the IBM quantum network, "LG Electronics will gain access to the IBM quantum computing system and the IBM open source quantum information software development kit Qiskit." ”
Jay Gambetta, an IBM researcher and vice president of quantum computing at IBM, said, "I am delighted that LG is joining this growing quantum ecosystem. The partnership between IBM and LG Electronics will enable them to explore new technologies to solve entirely new problems, and in addition, help to improve The strength of South Korea's quantum technology. ”
In fact, the advent of quantum computing has brought more possibilities to the field of computing.
The so-called quantum computing is to fuse computing theory on the basis of quantum mechanics, and then provide powerful computing power through phenomena such as "superposition, entanglement, and interference" of quanta.
The main component of the quantum computer is the quantum-scale computer processor, which is to help the quantum computer complete high-speed mathematical and logical operations and the storage and control of quantum information.
Classical computers are computed by two states, "0" and "1", while quantum computers are calculated in qubits, and quantum mechanical phenomena such as interference and entanglement are used to effectively cope with many problems that classical computers cannot solve.
Byoung-Hoon Kim, chief technology officer and executive vice president of LG Electronics, said, "Based on our open innovation strategy, we plan to leverage IBM's quantum technology to develop our capabilities in quantum computing. Our goal is to provide customers with value they have not experienced so far by leveraging quantum computing technology in future businesses. ”
With the support of the IBM Quantum Computing Platform, LG Electronics can follow IBM's quantum roadmap and leverage its new achievements and applications in quantum computing hardware and software.
In addition, LG Electronics supports the application of technological breakthroughs in quantum computing to industry research and will bring vocational training opportunities to employees through IBM quantum technology.
Figure | IBM's Roadmap to Expanding Quantum Technologies (Source: IBM)
On September 15, 2020, IBM unveiled its quantum computing technology roadmap, announcing for the first time the company's future plans for quantum computing hardware.
"If we limit our thinking to the computing world as we know it, it's almost impossible to build a device that can truly capture the motion of atoms to solve some of the most challenging problems of our time," IBM said. But like the moon landing, our ultimate goal is to enter a field beyond what is possible with classical computers and build a massive quantum computer. ”
It is reported that IBM plans to release a 433-bit IBM Quantum Osprey processor in 2022 and a 1121-bit IBM Quantum Condor in 2023.
IBM says it hopes to one day launch a quantum processor with more than a million bits.
In the near future, quantum computers are expected to fill the void of classical computers by controlling the behavior of atoms, running revolutionary applications across industries, and producing materials that can change the world or change the way we do business.
It should be noted that the circuits run by the quantum-scale computer processor are not computer digital logic circuits, but quantum circuits ( Quantum Circuits ) , which perform mathematical operations between elementary particles.
The processor represents data in the electronic quantum states of "artificial atoms," superconducting Transmon Qubits, which run quantum circuits through the connection and manipulation of microwave pulse sequences.
However, in interaction with the outside world, these qubits tend to forget their quantum state for a short period of time.
Therefore, the biggest challenge facing IBM today is to ensure a low error rate while being able to control these qubits for a long time, and to make the complex quantum circuits of future quantum applications work properly.
IBM released the Quantum Computing Technology Roadmap to overcome this challenge.
Figure | "Eagle" quantum computing processor (Source: IBM)
Not long ago, IBM unveiled its latest quantum computing processor called Eagle at the IBM Quantum Summit in November 2021.
Eagle is understood to reach 127 qubits, which is an important step on ibm's road to achieving Quantum Supremacy.
IBM believes that in the next two years, the processor will allow quantum computers to begin to gradually surpass classical computers in some tasks.
Nowadays, the major quantum technology giants are accelerating the competition between quantum computing, and quantum computing may bring more and greater innovations in the future.
And the addition of LG electrons to the IBM quantum network, how much of a splash will quantum computing make in industrial applications? Let's wait and see.
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reference:
https://www.lgnewsroom.com/2022/01/lg-joins-ibm-quantum-network-for-advance-industry-applications-of-quantum-computing/