“Understanding this at the micro level has huge ripple effects on how we can harness technology,” Radulaski said. One possible major application of their research could be the development of a quantum internet—a secure, high- speed network that could revolutionize data transmission. By encoding information in the quantum states of photons, this technology promises unbreakable encryption and ultra-fast data transfer. However, before this vision can become a reality, researchers must overcome significant challenges in controlling and manipulating quantum systems. That’s where Radulaski and Siddiqi’s work stands to make a significant impact. By simulating these complex quantum interactions in lab models, they hope to uncover new insights that could pave the way for practical quantum technologies. “Our work helps understand how the present digital quantum machines can navigate creation of complementary photonic functionalities in quantum networking and analog quantum simulation.” Training the Next Generation of Quantum Scientists The impact of UCNI funding of their work is not only advancing cutting-edge research—it is helping to build the next generation of quantum pioneers. Since the project’s inception, five graduate and two undergraduate students have been actively involved, with one securing a postdoctoral position at Cambridge University.
Image courtesy of R-Lab, UC Davis
“This area is growing so quickly, and there’s a real need for a trained quantum workforce,” Radulaski said. “By exposing our students to this cutting-edge technology and collaborative environment, we’re helping to build the future of the field.” The success of this collaboration also led to an additional $300,000 grant from the UC Multicampus Research Programs and Initiatives, expanding the research network across three UC campuses. Looking ahead, Radulaski is optimistic about what’s to come. “It’s a sizzling time for quantum research,” she said. “We’re at a budding stage of quantum, and the growth is relatively fast. It’s like the early days of classical computing—when the first computers took up whole rooms, and now we have them in our pockets.” Just over a decade ago, commercial quantum computers seemed like a distant dream. Today, they are a reality—and researchers like Radulaski and Siddiqi are pushing the boundaries of what’s possible. As their work continues, the world edges closer to a quantum-powered future. ◆
76 Impact Report 2023 - 24 | UC NI
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