November 10, 2026 | New Haven, Connecticut

On October 6, Connecticut’s academic, economic, and political leaders came together in New Haven to cut the ribbon on the headquarters of QuantumCT, a new non-profit organization that will serve as the central hub for one of the most significant quantum ecosystems in the United States. The celebration was the culmination of a multi-year, multi-stakeholder proposal to the National Science Foundation (NSF) Regional Innovation Engines program, a federal initiative to accelerate the development of critical technologies and spur innovation-led growth in clusters across the country. Led by the University of Connecticut (UConn), the proposal brought together Yale University, Southern Connecticut State University, the Connecticut Department of Economic and Community Development, and business leaders to make the case for the state’s strengths in fundamental research, education and workforce development, and high-tech industries. In July, the NSF named QuantumCT’s  as one of twelve new innovation engines, with an initial two-year award of $15m, and up to $160m over the next decade.

We sat down with Pamir Alpay, Provost and Executive Vice President for Academic Affairs of the University of Connecticut and the principal investigator on the QuantumCT proposal, to find out how the collaboration came together, what makes Connecticut’s quantum ecosystem unique, and where it’s going from here.

You led Connecticut’s bid to build a quantum innovation hub through NSF’s Regional Innovation Engines program. What was the core of your pitch, and what did Connecticut have that made the case compelling?

Connecticut is a small state with a big impact, and we leveraged our state’s strengths in industry partnerships, scientific discovery, and workforce development to build a competitive team. First, we have the highest concentration of industries that are adopting quantum technologies, and I’m not talking about the quantum computing industry. Our industrial base is looking to use the capabilities of quantum to advance their product lines in pharmaceuticals and biotech, aerospace, and national security. We are also the nation’s leader in insurance and finance, and these companies are looking to quantum as well. A second factor is research. Connecticut has world-leading quantum scientists, including a recent Nobel laureate who made his groundbreaking discoveries at Yale, and there are already many established research collaborations between UConn faculty and industry partners. Another ingredient is our comprehensive approach to educating and preparing learners for a quantum future. We’re not just looking at university degrees, we’re building out training programs for K-12, vocational schools, and professionals in “quantum-adjacent” fields—those who will work in quantum industries but are not scientists and engineers. Beyond our proposed program, I think the NSF clearly saw our team’s and partnership network’s commitment to making Connecticut an accelerator for quantum innovation.

As you mentioned, many of quantum’s near-term applications aren’t in the computing industry, but in things like sensing, communications, and your own area of research, materials. What applications are you the most excited about right now?

We are really excited about the potential of quantum science to accelerate development of drugs and other therapies and to find solutions for medical conditions that don’t yet have effective treatments. As a materials scientist and physicist, I’m personally interested in leveraging the unique properties of quantum behavior to develop materials that perform in the most challenging environments, such as space, where exposure to extreme cold and extreme heat are the norm. I’m also excited about the potential of quantum sensors that function with inputs that are robust to environmental changes, such as the Earth’s gravitational field, as well as sensors that offer better performance in noisy environments or increased resilience in face of malicious actors.

QuantumCT’s approach to education and workforce development has been described as “K to Gray.” What does that mean in practice? What kinds of skills are employers looking for, and how are you preparing people for those roles?

One starting point is building quantum awareness. Kids in the earlier grades need to start to understand what quantum means. One of our creative faculty is building an animated video series to convey quantum concepts to middle schoolers. We have also partnered with the Connecticut Science Center on programs and exhibits that target broad public awareness of the potential of quantum technologies. On the vocational side, our workforce team has integrated industry engagement into its planning. We have asked the industry what they will need in the future workforce. Their answers have helped us plan our workforce programs. Two other examples: We host hackathons for college students in fields outside STEM expose students to challenges they may face in the quantum workforce, building awareness and skills that are translatable to their professional life, and we also offer certificate programs and microcredentials that in-career professionals can take to increase their knowledge of quantum concepts so that they can apply them in their work life.

The QuantumCT proposal has been described as an “unprecedented collaboration” between Connecticut’s public and private universities, industry, and state government. What did you learn from bringing those partners together, and how do you see that collaboration continuing beyond the grant?

Partnership-building, for me, was a truly special part of this QuantumCT effort. The idea for QuantumCT was prompted by the Regional Innovation Engine solicitation, so I am really grateful to NSF for supplying the vision and incentive for this groundbreaking collaboration that started with UConn and Yale. Both institutions have a long and proud Connecticut history. UConn is Connecticut’s flagship public university and serves the state through its education, research, and outreach missions. Yale was founded in New Haven in 1718, so has been an integral aspect of life in our state for over three centuries. Despite these deep ties, we had never worked together on an initiative of this scale for the betterment of the state. When the NSF program was announced in 2022, I and my counterpart at Yale, Dr. Michael Crair, saw an opportunity to change that.We were very fortunate to have a team that recognized the Engine program’s potential to transform our state and forge ties between our institutions. I can’t emphasize enough how the team’s work ethic, enthusiasm, and the respect that was shown for all involved contributed to our success. Once we got started, we built a coalition that went well beyond UConn and Yale to include our state college and university system, industry, non-profits, and our venture and entrepreneurial ecosystem. State officials were delighted to see that the whole state was working together and, importantly, recognized the potential of the quantum initiative to contribute to Connecticut’s future.

I envision that the collaborations we’ve established will continue well beyond the grant. The development program has been a great mechanism to seed collaborations between UConn and Yale faculty and industry partners. In many cases, these initial connections have grown into larger partnerships. Ultimately, our goal is to make QuantumCT a self-sustaining initiative. We are doing that by building an incubator, accelerator, and industry network that will carry these partnerships forward for years to come.

The quantum revolution is unfolding globally, with research and innovation hubs emerging across the United States and around the world. What do you see as Connecticut’s distinctive contribution to that broader landscape, and where do you see the greatest opportunities for collaboration beyond the state?

I believe that our distinctive contribution to the quantum revolution is our ability to connect quantum innovations to the industries and companies that are looking to adopt them. From the start, we have advocated for an approach to quantum innovation that goes beyond the quantum computer. Our industry partnerships and deep quantum expertise put us in an exceptional position to make those advances. For example, we’re already partnering with our financial services and insurance sectors to enhance their operations and business lines with quantum technologies. Companies in these sectors will deploy quantum data optimization and forecasting to enhance their competitiveness, but they also have a pressing need to build data protections that can resist the new cybersecurity threats that quantum computing creates. I expect cybersecurity is also an area of deep concern for the Swiss financial sector and is a potential topic for collaborations.

Speaking of collaboration, it is the key to realizing the full benefits of quantum technologies for our societies. We are building international collaborations and would love to partner and work together with Swiss universities and companies. I am looking forward to visiting with colleagues in Switzerland soon to talk about building bridges with the Swiss quantum tech ecosystem. I know there are exceptional research efforts across Switzerland supplemented by a strong industry base that can benefit from research translation. I would love to share what we learned while building up our ecosystem.