Silicon Qubits Weather the Noise Storm
![Engineered Zeeman splitting creates a linear energy gradient across a five-qubit array fabricated in [latex] ^{28}Si[/latex], enabling individual qubit addressability and positioning inference while simultaneously exposing the system to charge-noise-induced dephasing mediated by two-level fluctuators in surrounding oxides and a cobalt micromagnet, all within a device architecture designed for spin-to-charge conversion and controlled by global microwave rotations under an externally applied magnetic field.](https://arxiv.org/html/2603.03051v1/2603.03051v1/x1.png)
New research reveals that correlated noise in silicon spin qubits, while present, doesn’t preclude the path to scalable, fault-tolerant quantum computers.
![Engineered Zeeman splitting creates a linear energy gradient across a five-qubit array fabricated in [latex] ^{28}Si[/latex], enabling individual qubit addressability and positioning inference while simultaneously exposing the system to charge-noise-induced dephasing mediated by two-level fluctuators in surrounding oxides and a cobalt micromagnet, all within a device architecture designed for spin-to-charge conversion and controlled by global microwave rotations under an externally applied magnetic field.](https://arxiv.org/html/2603.03051v1/2603.03051v1/x1.png)
New research reveals that correlated noise in silicon spin qubits, while present, doesn’t preclude the path to scalable, fault-tolerant quantum computers.

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