New Mexico is to establish a quantum computing research center in collaboration with Fujitsu, strengthening the state’s ambitions to become a hub for next-generation computing.
The center will investigate quantum hardware, software, algorithms and theory while developing education and workforce programmes to connect researchers, universities and industry. It will combine Fujitsu’s advanced computing expertise with New Mexico’s scientific infrastructure.
The state has committed US$150 million to support companies establishing or expanding quantum operations, aiming to attract private investment, skilled jobs and talent. The Fujitsu partnership could provide a route for translating laboratory research into commercially useful technology.
Potential research partners include Sandia National Laboratories, Los Alamos National Laboratory, the University of New Mexico and New Mexico State University.
Fujitsu already works with New Mexico State University on research involving its FUJITSU-MONAKA CPU and high-performance computing systems. The new collaboration could extend that relationship into quantum computing and hybrid infrastructure.
Fujitsu will also work with the Quantum New Mexico Institute to explore research partnerships focused on quantum algorithms, applications and systems.
A central objective is to investigate how FUJITSU-MONAKA-based computing could operate alongside quantum processors, quantum simulation and AI. Such hybrid architectures are considered important because quantum computers depend on conventional systems for preparing data, controlling processors, correcting or mitigating errors and validating results.
Combining these technologies could eventually support complex workloads in materials science, drug discovery, manufacturing, energy, finance and logistics. However, practical advantages will depend on advances in quantum hardware and fault tolerance.
“Fujitsu’s decision to partner with New Mexico is more proof that our bet on quantum is paying off,” said Governor Michelle Lujan Grisham.
“By pairing Fujitsu’s global expertise with the strength of our universities, national laboratories, and research community, we’re building an ecosystem where quantum innovation can thrive.”
Lujan Grisham said discussions with Japanese business and government leaders had helped turn the state’s quantum ambitions into a research partnership.
Vivek Mahajan, Fujitsu’s Chief Technology Officer, said the company could draw on capabilities spanning microprocessors, high-performance computing and quantum systems.
“The establishment of a quantum computing research center in New Mexico represents an important opportunity to expand our research activities and accelerate the development of next-generation quantum technologies.”
Mahajan said the center would connect hardware, software and applications research, supporting quantum system design, engineering and validation alongside algorithm development for strategically important scientific problems.
The initiative also places workforce development alongside technological research. Internships, academic engagement and collaboration with universities are intended to give students and engineers experience in an emerging sector where specialist skills remain essential.
For New Mexico, the project offers an opportunity to build on its concentration of national laboratories and universities while competing for investment in a developing industry. For Fujitsu, it creates a potential US research base linking quantum technologies with its high-performance computing portfolio.
The partners have outlined research ambitions rather than a timetable for commercial deployment. Their longer-term objective is to connect fundamental science with practical applications, develop specialist talent and strengthen the infrastructure needed for future quantum computing systems.
