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Quantum simulation demonstrates Aharonov-Bohm effect using trapped-ion hybrid architecture

Phys.org reports magnetic flux completely halted matter tunneling in the simulation; a separate post describes Oxford's trapped-ion setup.

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1 Source, 35m ago, first seen 35m ago

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Phys.org says the hybrid simulation demonstrated the Aharonov–Bohm effect with matter and fields sharing the same quantum dynamics. A separate post says Oxford used trapped-ion vibrations to represent matter and two entangled qubits to represent magnetic flux. With the flux on, the paths canceled and tunneling stopped.

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1 Source, first seen 35m ago

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1 Source, first seen 35m ago

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1 Source

X Science News@X_Science_NewsAharonov and Bohm predicted in 1959 that a charged particle circling a magnetic field picks up a phase without ever touching it. Oxford rebuilt it with trapped ions: their vibrations play the matter, two entangled qubits the flux. With flux on, paths cancel and tunneling stops.35m
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    1 Source

    X Science News@X_Science_NewsAharonov and Bohm predicted in 1959 that a charged particle circling a magnetic field picks up a phase without ever touching it. Oxford rebuilt it with trapped ions: their vibrations play the matter, two entangled qubits the flux. With flux on, paths cancel and tunneling stops.35m
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