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Researchers at the University of Surrey have proposed a conceptual design for a superfluid helium-3 based qubit that theoretically reduces error rates by 100x compared to current superconducting standards. By leveraging charge-neutral properties within a microfluidic architecture, this approach aims to mitigate electromagnetic noise interference, potentially offering a new pathway for scalable quantum hardware. The study provides a detailed framework for constructing such a device, moving beyond isolated component analysis to a complete system proposal.

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University of Surrey designs superfluid helium qubit to cut errors by 100x

Quantum ZeitgeistSeptember 8, 20263 min read

Researchers from the University of Surrey have introduced a conceptual design for a new type of qubit, using superfluid helium-3, that could be much less vulnerable to errors. The team’s calculations predict error rates around 100 times lower than conventional superconducting qubits.

Researchers at the University of Surrey have designed a novel qubit based on superfluid helium-3, predicting error rates 100 times lower than those of conventional superconducting qubits. The proposed device, named the Superfluid Helium Oscillator Quantum (SHOQ), uniquely combines microfluidics with charge-neutral superfluid helium to potentially bypass vulnerabilities to electromagnetic noise. “We are not…

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