New York ranks second in the nation in quantum technology, behind only California, according to a state-commissioned study released October 23, 2026. The study estimates that $360 million in state commitments could support up to 10,100 job-years through 2036, putting new weight on New York City’s push for quantum computing jobs through NYU’s planned Manhattan fabrication lab.
Key Takeaways
- The study counted 134 operating entities, 219 research groups and 734 patent families tied to quantum technology across New York’s 10 regions.
- New York is one of two states with capabilities spanning the full quantum value chain, from research and manufacturing to commercial applications.
- The state’s $360 million commitment could support $2.3 billion to $5 billion in economic activity through 2036.
- Up to four Regional Quantum Technology Commercialization Hubs are funded with $60 million in the FY 2027 state budget, and applications closed October 14, 2026.
- New York City is awarding $29.2 million to NYU for a 23,000-square-foot Quantum Fabrication Facility at 770 Broadway, backed by $255 million from NYU and expected to open in 2030.
- The city will hold three seats on the facility’s Executive Advisory Board and receive 15 percent of NYU Central Administration’s proceeds from intellectual property created with city-funded tools.
State Quantum Technology Study Places New York Behind Only California
The Quantum Technology Landscape Study, commissioned by Empire State Development’s Division of Science, Technology and Innovation (NYSTAR) and prepared by The Quantum Insider, ranks New York second to California on all three measures it tracked: operating entities, research groups and patent families. The study also places New York among just two states with capabilities across the entire quantum value chain.
The ranking is a starting point, not a finish line. The study’s own central recommendation is greater coordination among researchers, manufacturers and potential customers, which signals that New York’s quantum assets are spread out and not yet working as one system. A second-place count of labs and patents only becomes economic value if those pieces connect to companies that buy, build and hire.
The study’s findings will shape NYSTAR’s strategy as the state prepares to select up to four Regional Quantum Technology Commercialization Hubs. Each hub is meant to serve as a local anchor for bringing quantum innovations to market and will run an incubator for quantum-focused startups.
Quantum Computing Jobs Extend Beyond Research Labs
The study estimates that the state’s $360 million commitment, covering the $300 million Quantum Research and Innovation Hub at SUNY Stony Brook and the regional commercialization hubs, could support 7,200 to 10,100 job-years through 2036. A job-year equals one full-time job supported for one year, so the figure measures cumulative employment over a decade rather than permanent positions.
The state’s announcement also points to technician, manufacturing and research roles that do not require an advanced degree. That matters for how New Yorkers think about quantum computing jobs, which are often assumed to belong only to physicists. New York City’s plans lean into the same idea. NYU’s planned facility will include CUNY associate and certificate programs for quantum technicians, internships, bootcamps and summer programs for New York City Public Schools students, with a goal of reaching more than 35,000 New Yorkers in its first 10 years, including more than 5,000 students.
Wall Street Gives New York City a Built-In Quantum Customer Base
The study names financial services, healthcare and advanced manufacturing as one of the strongest concentrations of potential quantum users in the country. For New York City, the financial services piece carries particular weight. A new technology needs early customers as much as it needs researchers, and the city’s banking and finance sector sits within reach of the labs and startups the state hopes to grow.
Quantum Computing Finance Applications Start With Data Security
Among the uses highlighted in the state’s announcement is quantum-resistant encryption designed to shield banking transactions, healthcare records and public utilities from advanced cyberattacks. That positions quantum computing finance work as both an opportunity and a security concern, since the same advances that power new tools also pressure the encryption financial systems rely on today.
NYU’s QFab Gives Manhattan a Quantum Fabrication Anchor
Announced October 14, NYU’s Quantum Fabrication Facility, known as QFab, will give researchers, students, startups and established companies access to cleanrooms, cryogenics and equipment for building and testing quantum chips and components. The facility is expected to support more than 100 companies over its first decade, incubating nearly 50 companies and providing services to 50 newly formed startups.
The deal’s structure sets it apart from a standard grant. In exchange for its $29.2 million, the city receives advisory board seats and a share of intellectual property proceeds, giving it a direct financial interest in the technologies that emerge from the lab. NYU’s Juan de Pablo summed up the facility’s premise plainly: “Quantum won’t be built by any one institution working alone.”
QFab arrives as investors continue to back the city’s tech sector, with recent weeks showing New York startups closing $402.5 million in a single week. A local fabrication facility could give quantum founders a reason to build in Manhattan rather than relocate to find equipment.
Regional Hub Selections Will Define New York City’s Role in the State Network
The state’s quantum network is still taking shape. Applications for the regional commercialization hubs closed October 14, and the selections have not been announced. The state’s largest single quantum investment sits at SUNY Stony Brook on Long Island, so whether New York City secures a hub of its own is one of the open questions to watch. The study’s findings give the state a map of where quantum activity already exists. The hub awards will show where it chooses to concentrate the next phase.
FAQs
What is quantum technology?
Quantum technology uses the fundamental properties of physics to process information and take measurements at speeds and levels of precision that conventional technology cannot reach. Applications include computing, sensing, secure communications and materials research.
What is post-quantum cryptography?
Post-quantum cryptography refers to encryption methods designed to withstand attacks from future quantum computers. New York’s quantum study highlights quantum-resistant encryption as a way to protect banking transactions, healthcare records and public utilities.
How does New York rank in quantum technology?
New York ranks second in the nation, behind California, in quantum-related businesses, research groups and patents, according to the October 2026 Quantum Technology Landscape Study commissioned by NYSTAR.
Where is NYU’s quantum fabrication facility located?
NYU’s Quantum Fabrication Facility will be located at 770 Broadway in Manhattan. The 23,000-square-foot facility is expected to open in 2030.
Do quantum computing jobs require an advanced degree?
Not all of them. New York’s quantum strategy highlights technician, manufacturing and research roles that do not require an advanced degree, and NYU’s planned facility includes CUNY associate and certificate programs for quantum technicians.
