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EeroQ's advancement in electron-on-helium (eHe) qubits represents a notable step toward scalable quantum hardware, leveraging superfluid helium to potentially achieve long coherence times and CMOS compatibility. While the technology remains less mature than leading modalities like trapped ions or superconducting circuits, this research offers an alternative pathway for building fault-tolerant quantum processors with compact footprints.

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EeroQ Advances Its Electron on Helium (eHe) Qubit Technology

Quantum Computing ReportJune 16, 20263 min read

Image of the EeroQ Electron on Helium Chip EeroQ has been developing a unique modality that involves using electrons bound to the surface of superfluid helium as the qubits. This approach is less mature than other, more common modalities, but it might be able provide significant advantages in the future including long coherence times, small [...] The post EeroQ Advances Its Electron on Helium (eHe) Qubit Technology appeared first on Quantum Computing Report.

EeroQ has been developing a unique modality that involves using electrons bound to the surface of superfluid helium as the qubits. This approach is…

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