IBM ships first quantum computer outside the United States

This site may earn affiliate commissions from the links on this page. terms of use..

Scientists at the Fraunhofer Institute in Germany have announced that they have delivered the kind of packaging that most of us dream of. However, this is limited to a stable supply of liquid nitrogen, which is a degree in theoretical physics. A degree in physics), and practical knowledge of whatever you need to know to program a quantum computer first. Specifically, the researchers owned the IBM Quantum System One.

This is the first time IBM has shipped a quantum system outside the United States and is a key goal of its long-term commitment to commercializing quantum computing. The Japanese system will be online in July.

“Quantum computing opens up new possibilities for industry and society,” says Hannah Benzl, Fraunhofer Competence Network Quantum Computing Coordinator. “We can accelerate the development of medicines and vaccines, improve climate models, optimize logistics and transportation systems, and better simulate new materials. To do that, quantum computing In order to positively shape rapid development, we need to build expertise in Europe. “

IBM-Roadmap for Scaling-Quantum Technology

IBM’s quantum roadmap.

Quantum System One is based on IBM’s 27 qubit Falcon processor. Falcon has replaced earlier systems such as IBM’s 5 Cubit Canary, which debuted a few years ago. The company has already introduced a more advanced system than Falcon. According to a September 2020 blog post from IBM, we have just released a 65-bit Hummingbird to Q Network members, and 8: 1 read multiplexing allows for an 8-qubit read signal. Combined into a single signal. The 127-bit Quantum Eagle will be available this year. IBM claims to commercialize the 1,121 qubit system by 2023.

Previously, IBM only allowed customers to access systems such as Quantum System One through cloud computing services, so physically shipping these systems to other countries is hardware. It shows the company’s high level of confidence in its ability to deploy. After all, if your quantum CPU fails, you can’t exactly order a replacement from Newegg (or

Fraunhofer scientist with IBM Quantum System One installed. Image by IBM.

Getting the machine up and running during a pandemic has never been so easy. Fraunhofer researchers and IBM’s quantum team had to figure out how to assemble the system remotely after face-to-face work became impossible. This included the US team starting to run for several weeks at 2 am to train the German team. Despite these setbacks, the machine was ready to go live by January 2021. This matches the development timeline before the original COVID.

According to IBM, a seed system for institutions like Fraunhofer is essential for developing extensive quantum expertise. The company states that few companies have plans to adopt quantum technology. No one knows how to program a quantum system, and many do not even know when, or even useful, quantum computing will be useful. Big Blue seems to have more than 150 organizations in quantum networks, such as “laboratory, start-ups, universities, companies”, but wants to grow quantum computing utilities and capabilities faster. .. Seeding the system to a particular institution or company aims to help change this situation by providing more people with hands-on experience with quantum computers.

Read now: IBM ships first quantum computer outside the United States

Back to top button