They are examining algorithms and implementation methods, using problems such as the one‑dimensional advection equation, to apply gate‑model quantum computers to automotive CAE and CFD.
They will jointly evaluate how the configuration of distributed quantum systems and error‑correction schemes affect required physical qubit counts, execution time, and system‑wide load.
IonQ announced a joint research plan to install its Superion 256 quantum computer at NVIDIA’s research center and connect it directly to NVIDIA’s GPU infrastructure.
QuEra is opening a base in Discovery District Maryland. The University of Maryland’s QLab will be able to access the neutral-atom quantum system Aquila via the cloud.
QuEra and HPE will collaborate to integrate QuEra’s neutral‑atom fault‑tolerant quantum system with HPE Cray supercomputing infrastructure, envisioning combined cloud and on‑premises deployment options.
IonQ and SDT announced a multi‑year partnership. They will introduce quantum computers and quantum memory in South Korea and expand collaboration into manufacturing, integration, and hybrid data‑center development.
Pasqal, USA Rare Earth and Riven Systems have partnered to search for rare-earth extractant molecules by combining a neutral-atom QPU with autonomous laboratories.
Riverlane plans to establish a U.S. headquarters with labs in Maryland and advance quantum error correction research and talent development in partnership with the University of Maryland.
Diraq and Dell Technologies are colocating quantum processors with HPC systems to test low-latency connections and hybrid computation control techniques.
Alice & Bob and CEA have begun work to integrate software for cat qubits into HPC environments and to research many-body algorithms aimed at early fault-tolerant quantum computing.
Quemix has begun offering a new version of Quloud that implements joint research results with Idemitsu Kosan. It computes ion conduction under electric fields while tracking changes in charge.
A public–private collaboration using PsiQuantum’s Construct to study algorithms and scientific applications for fault-tolerant quantum computers.
Qblox and Riverlane demonstrated a hardware real-time QEC feedback loop from measurement readout to conditional correction. The total round-trip latency on Surface-161 was 11.886 microseconds.
They will explore architectures that combine neutral‑atom quantum computers and sensors with quantum networking technologies to connect multiple devices.
A quantum technology hub will be established at ETH Zurich, and an IBM Quantum System Two equipped with a 120‑qubit Nighthawk r2 will be brought into operation by the end of 2026.
Analyzes the attractions and challenges of the Japanese market from the perspective of foreign quantum vendors, covering government procurement, trading houses, PoC, investments, and M&A as go-to-market strategies.
The two companies have begun hardware validation of applying the STAR architecture to neutral‑atom quantum computers and of a cross‑platform cloud operations infrastructure.
Xanadu and ASML will jointly investigate lithography processes for photonic quantum hardware, aiming to suppress line-edge roughness and reduce optical loss.
IonQ will supply PQC and QKD equipment to Congruity360 to help integrate quantum-safe protections into enterprise data management platforms.
Scientek will introduce Classiq’s quantum software platform to Taiwan’s semiconductor companies and research institutions, and will consider training and joint R&D.
They announced a method combining machine-learning potentials and orbital-free density functional theory to compute ion migration and local charge changes under electric fields.
They will consider selecting industry use cases, comparing quantum approaches, and collaborating on fault‑tolerant quantum computing research.
They encoded protein structures related to gelation on neutral-atom quantum hardware. This is an initial proof-of-concept aiming to combine AI and quantum computing for applications in food and life sciences.
Pasqal and Saudi Arabia’s KACST have signed a multi-year research collaboration to develop, validate and commercialize quantum‑safe cryptography.
Yaqumo has been selected for NEDO’s components and materials development program. In collaboration with SCREEN, it will develop optical devices including high-speed SLMs, aiming for domestic production and module standardization.
They jointly developed two foundational algorithms targeting large-matrix CAE computations to reduce quantum processing workload and improve calculation accuracy.
Alice & Bob has joined the European doctoral network QuBriC, providing expertise in quantum error correction based on cat qubits.
Pasqal welcomed a Saudi government delegation to its French manufacturing facility, demonstrating single-atom rearrangement technology and its quantum-computer assembly and testing processes.
They aim to build a practical workflow that integrates quantum simulation results into materials models to predict EUV lithography blur. The project is supported by Japan–Canada public programs.
OptQC has raised ¥7 billion in a Series A2 round led by NTT. The funds will be used for R&D on a next‑generation photonic quantum processor and for hiring.