Quantum

Close-up of a quantum computer’s metallic components with connectors and wires against a dark background.

Harnessing Quantum Power to Shape the Future

Scientists at UConn are on the forefront of the second quantum revolution

laser reflect on optic table un quantum laboratory

UConn’s Tech Incubator a Model of Quantum’s Many Applications

As home to six quantum startups, TIP is a hub of multi-disciplinary innovation driving the creation of a new commercial force

Maric, McInnis, Lamont

Move Over, Nutmeg: Connecticut Becoming the Quantum State

UConn, Yale, and state officials are investing heavily in establishing Connecticut’s prowess as a leader in quantum technology

A group of people sit around a table and talk.

UConn, State Embrace AI and Quantum Potential

Economics Forum in Stamford underscores UConn’s role as educator and driver of next generation workforce.

Quantum tech at UConn

UConn Quantum Alliance Shatters Disciplinary Silos

The University has more than 80 faculty researchers across several schools and colleges who are involved in quantum-related projects

Keynote Speaker Dr. Nenad Sestan lecturing.

OVPR Presents 2025 Year in Review

Publication captures UConn's successful year of research and innovation.

Pamir Alpay

State Investment in QuantumCT Supports Innovation Infrastructure

Gov. Ned Lamont announced that Connecticut will invest more than $50 million in New Haven to spur growth in cutting-edge sectors, including $10 million for QuantumCT, a statewide initiative led by UConn and Yale

Quantum graphic

UConn and Yale-led QuantumCT a Finalist for Transformative NSF Award

The National Science Foundation has announced Connecticut’s initiative as one of the few finalists for the Engines Program.

Aerial view of illuminated highway interchange at night.

From Quantum Concepts to Traffic Flow: UConn Researcher Reimagines Transportation Resilience

NSF EAGER grant supports innovative research by Monika Filipovska to apply quantum computing to critical infrastructure challenges

AI rendering of chip malfunction

Powering the Next Generation of Quantum Technology

UConn is a partner in a project to develop a deeper understanding of how a revolutionary chip fabrication process can improve superconducting qubits