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This NSF-funded workshop at UMass Amherst outlines the architectural roadmap for future quantum networks, emphasizing the necessity of integrating classical networking expertise with quantum physics to solve storage and transmission challenges. The event highlights that building a functional quantum internet requires hybrid approaches involving computer systems and security innovations, rather than relying solely on quantum advancements.
UMass workshop—funded by NSF—charts course for future quantum networks
A UMass workshop, NeSQom 2026, brought together 50 researchers to address challenges in storing & transmitting quantum information—key to building future quantum systems.
Approximately 50 researchers convened at UMass Amherst in September to address critical challenges in building future quantum networks, focusing on quantum networking, quantum information science, quantum security and classical networking. The event, NeSQom 2026 (NSF Workshop on Quantum Communication and Networked Systems), aimed to directly inform the National Science Foundation’s quantum computing research agenda. “The workshop’s central theme was how to build the systems architecture for future quantum networks,” said Taqi Raza, assistant professor of electrical and computer…
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