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Breakthrough Quantum Device Paves Way for Future Computing

9/22/2025

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Story summary

Scientists at Simon Fraser University created a silicon-based quantum device that allows optical and electrical control, advancing quantum computing.
This device achieved the first electrically-injected single-photon source in silicon, improving qubit control for scalable quantum computers.
NYU Abu Dhabi is hiring a Research Associate in Quantum Computing Security, offering competitive salaries and benefits.
A study forecasts that quantum computers will effectively support U.S. Department of Energy workloads within ten years, with materials science approaching "quantum advantage."
A Shanghai forum launched a joint quantum AI initiative, promoting interdisciplinary research and applications across various sectors.

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Story summary

Scientists at Simon Fraser University created a silicon-based quantum device that allows optical and electrical control, advancing quantum computing.
This device achieved the first electrically-injected single-photon source in silicon, improving qubit control for scalable quantum computers.
NYU Abu Dhabi is hiring a Research Associate in Quantum Computing Security, offering competitive salaries and benefits.
A study forecasts that quantum computers will effectively support U.S. Department of Energy workloads within ten years, with materials science approaching "quantum advantage."
A Shanghai forum launched a joint quantum AI initiative, promoting interdisciplinary research and applications across various sectors.