The Northwest Quantum Nexus brings together a powerful coalition of partners spanning academia, industry, government, and business associations. These partnerships form the backbone of our regional ecosystem, accelerating quantum discovery, talent development, and commercialization across the Pacific Northwest and beyond.
We proudly recognize the contributions of the following partner institutions:
Amazon Web Services (AWS) is advancing quantum technologies through the AWS Center for Quantum Computing and Amazon Braket, a fully managed quantum computing service. By supporting research, infrastructure, and public access to leading quantum hardware and simulators, Amazon is helping NQN explore scalable, cloud-based solutions that bridge experimental research with real-world applications.
Microsoft is a global leader in quantum computing innovation, providing access to quantum capabilities through Azure Quantum, a comprehensive, open ecosystem that combines quantum software, hardware, and development tools. Microsoft’s contributions to NQN include expertise in quantum algorithms, error correction, and scalable architecture, driving progress toward a fully functional quantum computing stack.
IonQ is at the forefront of quantum hardware development, specializing in trapped-ion quantum computers. As one of the first companies to commercialize quantum hardware, IonQ enables researchers and developers to run experiments on real quantum systems via cloud access. Through their partnership with NQN, IonQ supports regional efforts to test algorithms, benchmark performance, and accelerate hardware readiness for scientific and industrial use.
IBM Quantum is a pioneer in making quantum computing broadly accessible through its global quantum network and IBM Q systems. With superconducting quantum processors and a robust software stack, IBM is committed to supporting foundational research, education, and scalable application development. Their collaboration with NQN brings valuable expertise and infrastructure to the region’s quantum ecosystem.
Micron Technology is a leader in semiconductor and memory innovation, delivering essential components for next-generation computing. In the quantum domain, Micron brings its deep expertise in materials science, nanoscale fabrication, and integration, supporting the development of scalable and stable quantum devices. As a partner in NQN, Micron plays a key role in bridging classical and quantum hardware design.
Boeing is investing in quantum-enabled technologies that enhance its capabilities in secure communication, sensing, and advanced modeling for aerospace and defense. As a forward-thinking industry leader, Boeing supports early-stage research and cross-sector partnerships that will define the future of flight, space, and national security. Their involvement with NQN reinforces the region’s strategic alignment with cutting-edge innovation.
A global law firm with a strong presence in technology policy and national security law, K&L Gates plays a key role in navigating the legal and regulatory landscape of emerging technologies. They’ve contributed important analyses of U.S. quantum policy, including insights on the National Quantum Initiative Act.
Meta (formerly Facebook) is investing ahead of the curve in quantum and post-quantum technologies. Their engineers are exploring the implications of quantum computing on cybersecurity and AI, and preparing through work on quantum-resistant encryption and future-ready infrastructure.
A founding institution of the Northwest Quantum Nexus, the University of Washington is a nationally recognized leader in quantum information science, materials research, and workforce development. Through its departments of physics, electrical engineering, and computer science, UW plays a central role in NQN’s regional ecosystem, producing groundbreaking research and training the next generation of quantum scientists and engineers.
WSU brings deep expertise in quantum chemistry, condensed matter physics, and engineering. As a partner in NQN, WSU contributes to collaborative research in materials discovery, quantum simulations, and education, supporting scalable quantum technologies that align with energy and national security goals.
At OSU, researchers are working at the intersection of physics, engineering, and computer science to explore quantum algorithms, quantum error correction, and novel materials. OSU’s partnership with NQN enhances access to research infrastructure and contributes to quantum education across the Pacific Northwest.
The University of Oregon is known for its contributions to experimental physics, quantum optics, and materials science. As part of NQN, UO supports interdisciplinary initiatives that link quantum theory, device design, and measurement science, helping translate quantum discoveries into real-world impact.
Montana State University is home to MonArK, a DOE-funded Quantum Foundry supporting research in quantum materials and their applications. MonArK provides access to synthesis, characterization, and modeling tools that are vital for scaling quantum hardware, and its collaboration with NQN strengthens the region’s collective capabilities in foundational science.
As part of the extended NQN network, UBC and the University of Calgary contribute international research expertise in quantum information theory, nanofabrication, and advanced measurement. These institutions deepen cross-border collaboration and help align Canadian and U.S. research priorities in the field of quantum technologies.
Seattle University supports developing quantum talent through physics and engineering programs. While not a recognized quantum research center per se, their emphasis on hands-on faculty research prepares students for emerging quantum technology fields.
PNNL is a U.S. Department of Energy national laboratory and one of the founding participants of the Northwest Quantum Nexus. With world-class capabilities in chemistry, materials, and computational science, PNNL plays a critical role in scaling quantum systems from theory to prototype. Its focus on clean energy, secure computing, and national resilience directly supports the mission and goals of NQN.
WTIA connects the Pacific Northwest’s technology ecosystem, from startups to enterprise, and plays a strategic role in supporting innovation, entrepreneurship, and talent development. Through NQN, WTIA helps bridge the gap between academic research and industry adoption, creating pathways for commercializing quantum technologies.
In addition to its university role, MonArK functions as a regional quantum materials hub. Its collaboration with NQN ensures that innovations in materials synthesis and characterization directly inform the development of next-generation quantum devices.
The Quantum Industry Coalition advocates for national policies that support quantum research, commercialization, and workforce development. As a NQN partner, it helps align regional efforts with national strategies and ensures that the Pacific Northwest has a strong voice in shaping the future of U.S. quantum leadership.
The Cascadia Innovation Corridor fosters collaboration across Washington, Oregon, and British Columbia. Its support of the Northwest Quantum Nexus strengthens regional cooperation, accelerates cross-border partnerships, and connects quantum researchers with broader innovation networks.
MPQA is one of only six photonics clusters in the U.S., serving as a major convener for quantum optics and materials innovation in Montana. They support commercialization, workforce development, and collaboration across academia, industry, and government.
The State of Washington is building its leadership in quantum technology through major investments in research infrastructure and workforce programs. State support is helping to foster partnerships between universities, startups, and national laboratories to strengthen the regional quantum ecosystem.
