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Study Unveils Noise Issues in Quantum Computing's Boson Samplers

11/22/2025

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Summary

Story summary

Alexander Dellios of Swinburne University leads a study that develops methods to validate Gaussian Boson Sampler outputs.
Dellios notes that conventional supercomputers cannot solve certain problems in a practical timeframe.
Their analysis found discrepancies in a recent Gaussian Boson Sampler experiment, indicating the presence of noise.
The work, published in Quantum Science and Technology, aims to advance error-free quantum computing with implications for drug development, AI, and cybersecurity.

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Story summary

Alexander Dellios of Swinburne University leads a study that develops methods to validate Gaussian Boson Sampler outputs.
Dellios notes that conventional supercomputers cannot solve certain problems in a practical timeframe.
Their analysis found discrepancies in a recent Gaussian Boson Sampler experiment, indicating the presence of noise.
The work, published in Quantum Science and Technology, aims to advance error-free quantum computing with implications for drug development, AI, and cybersecurity.