Qubic has secured its first customer contract for its low-noise cryogenic amplifiers, marking a commercialization milestone for the company’s quantum hardware technology. The customer is Quantum Machines, a provider of hybrid control systems for quantum computing. Under the agreement, Quantum Machines will receive early access to Qubic’s cryogenic amplifier technology as an integration partner and […]
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EPFL has launched cloud access to real quantum computers through a new platform that integrates advanced quantum hardware into the university’s high-performance computing environment. Through a collaboration between the EPFL Center for Quantum Science and Engineering and SCITAS, EPFL has become the first Swiss academic institution to establish a virtual platform offering advanced quantum computing […]
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Researchers from Australia’s Monash University have developed a nanoscale on-chip circuit that can generate, direct, and read light-based information within a single integrated device, advancing work in valleytronics, integrated photonics, and future quantum technologies. The technology, developed by scientists in Monash University’s School of Physics and Astronomy, combines ultrathin materials with nanotechnology to address a […]
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The EuroHPC Joint Undertaking has inaugurated EuroQCS-Spain, a new EuroHPC quantum computer located at Barcelona Supercomputing Center in Spain. Hosted and operated by Barcelona Supercomputing Center-Centro Nacional de Supercomputación, EuroQCS-Spain is supplied by Qilimanjaro Quantum Tech and Do IT Now. The system is an analogue quantum computer designed to implement quantum annealing routines, a computational […]
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The State of Massachusetts has announced that it is committing up to $25 million in state matching funds to support construction of a new Quantum Systems Laboratory at the Massachusetts Institute of Technology, strengthening the Commonwealth’s position in quantum computing research, AI-enabled innovation, and advanced technology workforce development. Governor Maura Healey announced the funding commitment […]
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Paragraf and Archer Materials have announced a cooperative research and development program focused on graphene-based quantum computing and sensing technologies designed to support next-generation quantum device architectures. The collaboration combines Paragraf’s graphene electronics manufacturing platform with Archer Materials’ work in quantum-enabling devices, advanced materials, and quantum device engineering.
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Sygaldry Technologies has raised $139 million in combined Series A and seed financing to support development of quantum-accelerated AI servers designed to improve the efficiency of AI training and inference workloads while reducing the growing power demands associated with hyperscale AI infrastructure. The financing includes a $105 million Series A round led by Breakthrough Energy […]
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Quantinuum and Synopsys have announced a strategic collaboration focused on integrating quantum computing technologies into industrial engineering simulation and design workflows across aerospace, semiconductors, advanced manufacturing, and life sciences applications. The collaboration is centered on development of quantum-enhanced approaches for computational fluid dynamics, electromagnetic simulation, and other engineering workloads that are becoming increasingly difficult to […]
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GlobalFoundries has launched Quantum Technology Solutions, a new business focused on scaling U.S. manufacturing infrastructure for quantum computing hardware. The new business is designed to support production of quantum processor units, cryogenic readout and control integrated circuits, advanced packaging technologies, superconducting interconnects, and other manufacturing capabilities needed to move quantum systems from laboratory-scale development toward […]
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Xanadu Quantum Technologies has announced a new algorithmic advance involving Quantum Read-Only Memory (QROM), a core quantum computing subroutine used to load classical data into quantum systems. The development is expected to significantly reduce computational costs associated with advanced quantum applications and improve efficiency across fault-tolerant quantum computing workloads.
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