A nonprofit learning studio in CT is teaching students about quantum computing and other technology

Standing in a semicircle around a white board, students and faculty members kicked off a quantum computing lesson at dae’s learning studio in New Haven by answering questions spanning from how their peers can help them with learning for the day to what superpower they would like to have.

Each lesson at dae starts and ends this way, Kay Detome, the director of the learning studio, told the students.

“We are big on community. … We still have individualized paths, but we also work together. … It’s also big in the tech industry,” he told the students at a recent quantum computing lesson.

dae, a nonprofit multilocation learning studio, provides high school students and adults with no-cost programs to explore “the most in-demand uses of technology,” according to a news release. Currently, dae is located in New Haven and Stamford.

For high school students, dae offers a variety of program lengths, including one that lasts 10 months, to learn about different areas of technology such as game development, web development and computer science.

The latest program that dae added to its list for high schoolers is called daeZERO, which is all about quantum computing, which A.M. Bhatt, dae’s founder and chief executive officer, said is “timely.”

“It’s brand new territory with a lot of runway to it for a career standpoint, a development standpoint … so it perfectly fits with our mission,” he said.

Quantum computing is a form of technology that uses particles and quantum physics laws to process information.

The daeZERO program is currently offered at the nonprofit’s New Haven location. It is now in the middle of its second cohort of about 10 quantum computing students. At minimum, it is offered for four weeks at a time, but students can opt into participating for eight weeks, Bhatt said.

He added that daeZERO teaches students about “core quantum concepts,” such as building basic quantum circuits and writing basic quantum code.

“It’s really just to have a really hands-on experience of what is quantum computing and where is this world opening up to in the next decade?” Bhatt said.

At the end of the program, the students, in groups, present how they would use quantum to fix a real-life problem, Detome said.

“It could be quantum and cybersecurity, quantum and (artificial intelligence) or quantum and medicine and you’re picking a problem out there,” he said. “They are coming up with a solution for how to use quantum concepts to actually solve those problems. They actually write in code with their solution.”

Yale University and QuantumCT fund the daeZERO four week program, with dae picking up some of the cost for students who come for eight weeks, Bhatt said.

When it comes to quantum computing, Florian Carle, managing director of the Yale Quantum Institute, said it “offers transformative opportunities for our economy and workforce, and educational programs help ensure that our community benefits from emerging technologies.”

Saranda Belica, senior adviser of QuantumCT, said they are supporting dae because “it represents a practical, early entry point into a field that is often perceived as inaccessible.”

“Expanding access at this stage matters,” Belica added. “It allows students to develop familiarity with the language, tools and implications of quantum technologies. This kind of exposure strengthens the broader talent pipeline and ensures that more communities are positioned to participate in, and benefit from, what comes next.”

For some students, participating in dae’s programs has influenced what they choose to do after high school. This is the case for High School in the Community student Justin Welch, who will be attending the University of New Haven to study computer and electrical engineering,

“I’ve been here for so long, I know more about tech and stuff like that,” he said. “Now, I definitely could probably have a career in tech so it’s slowly introduced me and influenced me to start going into those things.”

Plus, students said that participating in dae programs has given them a chance to form new relationships.

“It’s a very close-knit community so if you have something going on at home or something going on at school, you feel comfortable enough to talk about it with a staff member or be like, ‘Hey, today wasn’t really a good day for me, I’m not feeling well,'” said Katherine Flores, a student at High School in the Community. “So the space in general is very safe.”

Because the quantum computing program is in demand, Bhatt said dae will offer it in Stamford this summer.

In the fall, the plan is to open a paid program for students outside of areas that dae now services, which are students who are in New Haven County, Norwalk and Stamford. However, dae is also looking to expand to Bridgeport by opening a campus there later this year or early next year.

Original Article ↗

Recent News

U.S. National Science Foundation Announces Transformational Award to Connecticut’s Quantum Tech Sector

For Immediate Release
July 14, 2026 —
WASHINGTON, D.C. — The U.S. National Science Foundation (NSF) announced today that
Connecticut is one of twelve regions selected to receive an NSF Regional Innovation
Engines (NSF Engines) award, joining a portfolio of regional technology clusters that are
accelerating the development of critical technologies and building a durable U.S.
technology advantage.
The NSF Quantum Technologies Engine in Connecticut, led by the University of
Connecticut in partnership with Yale University, Southern CT State University, Connecticut
State Community College, ConnCORP, CT Innovations, and the State of Connecticut, aims
to advance American quantum innovation and secure the domestic quantum supply chain
by accelerating the commercialization of quantum technologies for national defense,
biotechnology, and financial services. Through innovation, applied research leading to new
technologies, support for inventors and entrepreneurs, and workforce development, the
NSF Quantum Technologies Engine will advance quantum sensing, secured
communications, computing, and materials through shared testbed, deep-tech incubator
and translation pathways.
“NSF Engines investments in critical technologies and future industries will transform
America’s innovation infrastructure for decades to come,” says Brian Stone, performing the
duties of the NSF director. “The NSF Quantum Technologies Engine will advance the
Nation’s quantum innovation by accelerating the commercialization of quantum
technologies for national defense, biotechnology and financial services.”
The NSF Quantum Technologies Engine in Connecticut (the QuantumCT Engine) team will
initially receive a two-year, $15 million award. The funds will support the Engine’s
technology translation, workforce development, and incubator operations. The funds will
also facilitate industry and community engagement to deliver broad societal benefits. By
demonstrating sufficient progress, the QuantumCT Engine has the potential to receive
$160 million from NSF over the next decade.
The QuantumCT Engine will leverage world-leading research and innovation expertise from
UConn and Yale to pursue translational research to benefit industry, generate technology
ventures, and train the region’s workforce to enter a high-growth field. It will also deliver
technology acceleration and startup support services to drive public-private partnerships
and create a quantum ecosystem that generates economic growth.
Quantum technology industries are expected to grow to $200 billion by 2040, with the
potential to reshape sectors important to Connecticut and the country, including
aerospace, defense, drug development, manufacturing, and finance and insurance.
Connecticut companies that are adopting quantum technologies support over 270,000
jobs, accounting for 38% of wages in the state. They also are responsible for millions of
jobs and over $28.7 billion in GDP nationwide.
“Connecticut is the nation’s leading state for quantum technology adoption,” says Pamir
Alpay, UConn’s provost and the principal investigator on the NSF-funded proposal. “The
award recognizes our team’s success in establishing partnerships with industry to
accelerate quantum technologies and build a quantum-ready workforce.”
“This award application process was highly competitive, and it’s a huge win for
Connecticut,” says Gov. Ned Lamont. “Our pioneering research and advanced application
pipeline helped set us apart from the competition. Whereas other states may be theorizing
about quantum, we’re already applying it together with corporate partners across the state.
These federal funds, combined with state investment, will accelerate Connecticut’s
progress in quantum technology and help establish our state as a national and global
leader in this field—and we’re grateful for NSF’s support in getting us here. This investment
will help create good jobs and new opportunities for workers across the economy as
quantum’s impact grows.”
The NSF Engines program invests in regional ecosystems with the potential to drive
economic growth through technological innovation. The QuantumCT Engine proposal was
chosen for funding from a field of 15 finalists following a highly competitive national
selection process.
“As Connecticut’s flagship public university and the state’s land-grant institution, UConn
takes pride in its leadership role within the QuantumCT Engine. Our university is home to
more than 60 esteemed faculty members who are experts in the field of quantum science
and will collaborate with Yale researchers to drive innovative advancements and
groundbreaking discoveries in quantum research,” UConn President Radenka Maric says.
“Over the past three years, we have been working hand-in-hand with our academic, state,
industry, and community partners to position quantum technologies as a catalyst for
economic development that will fuel prosperity in our state and nation. It is crucial that
America take the lead in the global quantum race to safeguard national security, secure our
digital economy, and drive future economic growth. Furthermore, we must excel
internationally in quantum healthcare to deliver life-saving therapeutics and diagnostics. I
am grateful to Governor Lamont and Dan O’Keefe, the commissioner of the Department of
Economic and Community Development, for their grand vision for our state.”
The State of Connecticut has pledged $121 million to the QuantumCT Engine, comprising
$60 million already invested and an additional $60 million upon receiving the NSF award.
This state support will build a quantum incubator in New Haven, the Engine’s hub, among
other initiatives.
In 2023, NSF awarded the QuantumCT Engine team a $1 million NSF Engines Development
Award through UConn, which established the operational structure and built the
partnerships to drive the ecosystem. QuantumCT, a 501(c)(3) nonprofit organization, was
founded by UConn and Yale as part of the NSF Engine Development Award to support
applied research, help companies explore quantum applications, generate startups, and
prepare a skilled workforce.
Industry partners are key to the QuantumCT Engine’s success. Quantinuum and D-Wave
are partnering to develop quantum computing testbeds with QuantumCT that will be used
for experimentation and technology translation activities.
Quantum technology adopters – including RTX, Travelers, Boehringer Ingelheim, Pfizer,
Amphenol, and Microsoft – have been working with the QuantumCT Engine team over the
past several years on applied research projects that bring quantum capabilities directly to
their product lines.
“With this transformative award, NSF has recognized the scale of the QuantumCT Engine’s
ambition and its potential to accelerate the quantum revolution for our state, region, and
the United States as a whole,” Yale University President Maurie McInnis says.
“I am so proud of this effort to develop real-world solutions that enrich our communities
and of the spirit of collaboration that it represents,” she adds. “Together with our partners at
UConn and across the state, we have been able to drive innovation and unleash economic
growth, while fulfilling Yale’s vital mission of research and education.”
Alongside industry partnerships and state support, sustained investments by UConn and
Yale have helped build the quantum ecosystem that this award will accelerate.
At Yale, this includes startups such as Quantum Circuits, co-founded by Robert Schoelkopf
and Michel Devoret — whose pioneering work in quantum computing earned him the 2025
Nobel Prize in Physics — and recently acquired by tech innovator D-Wave with plans to
double its workforce in New Haven.
Southern Connecticut State University (SCSU) also plays a critical role as the QuantumCT
Engine’s workforce lead, with its QNT (CSCU Center for Quantum and Nanotechnology)
serving as the optimal coordinator based on its successes in leading educational initiatives
and strong alliances with industry, community stakeholders, and IHEs throughout
Connecticut.
Through longstanding technical and education collaborations with Yale, UConn, and the CT
State Community College System, the QNT is a conduit to all academic institutions in the
state and to small and medium businesses including those in advanced manufacturing,
biotech, photonics, and other supply chain sectors.
“Southern Connecticut State University is more than ready to take the lead on workforce
development in Connecticut’s quantum ecosystem,” says Sandra Bulmer, interim
president of the university. “We are proud to be part of Connecticut’s ‘research triangle,’
along with Yale and UConn, serving as the support for the talent pipeline. Our mission is
grounded in access and opportunity, and the workforce piece of this effort enables us to
open up new frontiers in research and innovation to countless students across
Connecticut.”

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