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UNSW Engineers Achieve Quantum Breakthrough with Entangled Nuclei

9/25/2025

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Summary

Story summary

University of New South Wales (UNSW) engineers report a breakthrough: entangled states from atomic nuclei spins.
The entanglement enables communication between isolated quantum objects at silicon-scale dimensions.
In a September 18 publication, they used phosphorus atoms in silicon chips to connect nuclei.
Future work aims to link qubits in entangled states to enable full quantum computations.

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Story summary

University of New South Wales (UNSW) engineers report a breakthrough: entangled states from atomic nuclei spins.
The entanglement enables communication between isolated quantum objects at silicon-scale dimensions.
In a September 18 publication, they used phosphorus atoms in silicon chips to connect nuclei.
Future work aims to link qubits in entangled states to enable full quantum computations.