Stony Brook University hosted a panel discussion on April 17 featuring faculty from multiple disciplines to discuss the university’s progress and future plans in quantum science and technology. The event, titled “Stony Brook’s Quantum Frontiers,” took place at the Charles B. Wang Center as part of Inauguration Week.
The panel highlighted why quantum technology is important for both research and practical applications, emphasizing its potential to transform communication, computing, and education. Panelists said that Stony Brook is working to prepare students for careers in this rapidly developing field.
President Andrea Goldsmith opened the event by saying, “This is a pivotal moment for the State University of New York at Stony Brook as we secure our spot as the leader in the country and the world in quantum technologies.” She compared today’s stage of quantum information to “the early days of wireless communication” and added, “If you can envision a future, you can go build it.” Goldsmith noted that Stony Brook has already built what she described as “the largest quantum network in the country,” with potential uses including secure financial transactions and health data.
Panelists included Jennifer Cano, P. Scott Carney, Hyeongrak “Chuck” Choi, Eden Figueroa, Himanshu Gupta, and Angela Kelly. Carney said that while theoretical advances are important, “there won’t be a revolution until we can manufacture them.” Cano pointed out that electronic devices account for about ten percent of global energy use. Her research aims to develop materials where electrons move without resistance: “That material will be the backbone of the next generation of energy efficient electronics,” she said.
Gupta explained how quantum computers could dramatically speed up complex calculations: “In quantum, a qubit is actually 0 and 1 at the same time.” He also discussed challenges such as creating new algorithms for security. Kelly stressed workforce development: “We believe that Stony Brook University is positioned to be an international leader in quantum education and workforce development.” Choi described efforts to integrate quantum devices onto chips while Figueroa detailed building what he called “the longest quantum network in the United States,” spanning more than 140 kilometers.
Figueroa explained how this network uses entangled particles for secure communications: “If you use these single photons, then you can build superpositions of information… And from these fundamental tools, the quantum internet can be built.” While regional networks exist now, he noted it may take decades before a national system emerges.
Goldsmith concluded by saying: “Our strides and impact in quantum technology will continue to grow and propel New York to be a leader in this pivotal field.”
