Australian researchers have had a breakthrough in quantum computing, proving that nearly error-free processing is possible, which could lead to the possibility of silicon-based quantum machines whose manufacture could be compatible with today’s semiconductor manufacturing technology. “Our operations were 99 percent error-free,” said University of New South Wales (UNSW Sydney) professor Andrea Morello, who led the work with partners in the U.S., Japan, Egypt, and at the University of Technology Sydney (UTS) and the University of Melbourne. “When the errors are so rare, it becomes possible to detect them and correct them when they occur.” Continue reading Quantum Computing in Silicon Achieves 99 Percent Accuracy

The 10th Amazon Web Services re:Invent cloud computing conference showcased faster chips, better developer tools, smarter AI and two new automotive initiatives. AWS CEO Adam Selipsky’s keynote led with the company’s next-generation processor, the Arm-based Graviton3, and culminated with a peek under the hood at AWS Automotive and AWS IoT FleetWise. Collecting data and spotting trends are enterprise priorities, and AWS is doing its part to advance artificial intelligence and machine learning across that matrix in the cloud. “We know your data is on a journey — and all the stops on this journey matter,” Selipsky said. Continue reading AWS re:Invent Showcases Sizzling Chips, New Tools for Cars

Quantum startup QuEra Computing has emerged from stealth mode with a splashy announcement of $17 million in funding and completion of a 256-qubit device the company says “will be soon accessible to customers.” Launched in 2019 by scientists from Harvard and MIT, the Boston-based firm claims to have already generated $11 million in revenue from its scalable machines in a white-hot quantum space that includes tech giants including Amazon, IBM and Google jockeying for position. QuEra’s approach leverages what the company calls “nature’s perfect qubits,” based on 256-qubit atoms. Continue reading Startup QuEra Is Making Major Strides in Quantum Computing

As the race to commercialize quantum computing heats up, IBM has unveiled its Eagle 127-qubit processor, positioning it as the first quantum chip that can’t be simulated by a classic supercomputer. Speaking at the IBM Quantum Summit, executives said the Eagle is the first IBM quantum processor to contain more than 100 qubits. It follows the 65-qubit Hummingbird processor debuted by IBM in 2020 and the 27-qubit Falcon of 2019. Eagle is the latest step on the scaling path to the “quantum advantage,” the point at which quantum systems can outperform their classical counterparts in a meaningful way. Continue reading Eagle Chip: 127-Qubit Milestone in IBM’s Quantum Roadmap

Amazon has officially opened the AWS Center for Quantum Computing, a two-story building on the northeast corner of the Caltech campus in Pasadena that both the technology company and the university hope will transform the future of computing. Amazon announced in 2019 it was building the center to “bring together the world’s leading quantum computing researchers and engineers in order to accelerate development of quantum computing hardware and software.” The AWS CQC will be run by Oskar Painter and Fernando Brandao, physics professors on leave from Caltech to help Amazon establish the new facility. Continue reading Amazon Establishes Quantum Computing Facility at Caltech

Sundar Pichai, CEO of Google and its parent Alphabet, is urging the U.S. government to step up innovation and more actively police cyberthreats. In a year beset with security breaches attributed to Russian and Chinese hackers, Pichai says it’s time to draft a Geneva Convention for technology, outlining international legal standards, safeguards and behavioral norms for the connected age. Pichai also made an appeal for state-sponsored innovation in the face of competition from China, where the Communist Party under President Xi Jinping has outlined plans to advance artificial intelligence and develop a proprietary semiconductor sector. Continue reading Alphabet CEO Calls for Government Action in Tech Innovation

D-Wave Systems, which in 2011 became the first company to bring a working quantum computer to market, is diversifying beyond the quantum annealing approach that has been its bread and butter and entering the superconducting gate-model sector that will put it in direct competition with IBM. The Canadian company announced at its Qubits conference that it plans to make its first gate model commercially available in 2023 or 2024. While quantum annealing works well for certain specialized functions, gate-model quantum computing is considered more broadly applicable, in areas like materials science and pharmaceutical research. Continue reading D-Wave Plans a Commercial Gate-Model Quantum Computer

Two major steps forward for large-scale quantum computing just took place. Physicists from the MIT-Harvard Center for Ultracold Atoms (CUA) and elsewhere mastered the programmable quantum simulator, which can operate with 256 quantum bits (“qubits”). The company ColdQuanta also successfully created a 100-qubit quantum processor by cooling atoms down to “near absolute zero” and then controlling them with lasers. Their system, said experts, compares with other quantum systems built by leading players in the field. Continue reading New Initiatives Signal Advancements in Quantum Computing

IBM inked a five-year deal with the UK’s Science and Technology Facilities Council (STFC) to collaborate on artificial intelligence and quantum computing. The program, worth $297.5 million (£210 million) and aimed at developing sustainable technologies, will hire 60 scientists and gather interns and students to work at the newly established Hartree National Centre for Digital Innovation (HNCDI) to “apply AI, high performance computing (HPC) and data analytics, quantum computing, and cloud technologies” to research goals. Continue reading IBM Strikes 5-Year Deal with UK for AI, Quantum Computing

Google distinguished scientist Hartmut Neven revealed that, by 2029, the company will build a commercially useable quantum computer for flawless large-scale enterprise and scientific calculations. Google revealed it has expanded a campus in Santa Barbara, California focused on the project. Neven, who oversees the Quantum AI program, added that the company is at an “inflection point.” Google has been investing in the quantum computing effort for several years, as have IBM, D-Wave Systems and Honeywell International. Continue reading Google’s Quantum AI Campus Envisions Commercial System

IBM Research is using a semiconductor manufacturing technology featuring nanosheet components that has helped it create what it claims is the world’s first 2nm chips. The company says the chips are expected to arrive in 2024 or 2025. With 50 billion transistors on a single chip, the new processors will increase performance by 45 percent or reduce power consumption by 75 percent compared with the current technology used to make IBM server chips and Apple’s iPhone chips. Taiwan Semiconductor Manufacturing makes today’s most advanced chips, which are 5nm. Continue reading IBM Research Showcases Its New Groundbreaking 2nm Chip

The University of Chicago and partners launched the first U.S. program to support quantum-tech startups. University of Chicago physicist and molecular engineer professor David Awschalom, who helped create the Duality accelerator, said, “we are at the birth of a new field of technology … at the point where the transistor is being invented.” Chicago is home to three of the eight federally funded quantum research centers founded in 2020. The University of Toronto has also unveiled a program to support quantum-tech startups. Continue reading University of Chicago Debuts First U.S. Quantum Accelerator

President Joe Biden is expected to sign an executive order for a 100-day review by the National Economic Council and National Security Council on the manufacturing and packaging of semiconductor chips, with a focus on supply chain blockages that have created shortages. The government review will also examine supply chain issues for other critical goods including minerals, medical supplies and high-capacity batteries. Later this year, supply chain assessments for other critical products will be conducted. Continue reading Biden Administration to Review Semiconductor Supply Chain

Quantum computing experts, including executives and scientists, are calling for ethical guidelines, since the technology can advance human DNA manipulation and create new materials for use in war. “Whenever we have a new computing power, there is potential for benefit of humanity, [but] you can imagine ways that it would also hurt people,” said UC Santa Barbara physics professor John Martinis, a former Google chief scientist of quantum hardware. Quantum computing is moving to the forefront; Microsoft, for example, recently debuted a public preview of its Azure Quantum cloud-based platform. Continue reading Quantum Computing Experts Call for Conversation on Ethics

Two CES 2021 panels addressed the current state and anticipated advances in quantum computing, which is already being applied to problems in business, academia and government. However, the hardware is not as stable and robust as people would like, and the algorithms are not yet up to the task to solve the problems that many researchers envision for them. This has not stopped entrepreneurs, major corporations and governments from dedicated significant resources in R&D and implementations, nor from VCs and sovereign funds making major bets on who the winners will be. Continue reading CES: Sessions Examine the Potential of Quantum Computing