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QuantumCore is addressing a critical scaling bottleneck in superconducting quantum computing by replacing bulky centimeter-sized circulators with compact, magnetless chip-scale alternatives. By eliminating ferrite materials and permanent magnets through RF switching techniques, this innovation directly supports the engineering path toward systems with millions of qubits. This development represents a significant step forward in integrating cryogenic modules and reducing the physical footprint required for fault-tolerant architectures.
QuantumCore Targets Chip-Scale Magnetless Circulators for Scalable Quantum Computing
QuantumCore is tackling a monumental scaling challenge for superconducting quantum computers by developing chip-scale, magnetless circulators. This move could eliminate centimeter-sized components, paving the way for systems with potentially one million qubits.
Good day, quantum explorers. QuantumCore is tackling a monumental scaling challenge for superconducting quantum computers by developing chip-scale, magnetless circulators. This move could eliminate centimeter-sized components, paving the way for systems with potentially one million qubits. QuantumCore has initiated development of chip-scale magnetless circulators, its fourth critical technology platform. This technology aims to replace bulky, centimeter-sized circulators currently used in superconducting quantum computers with compact, nonmagnetic chips. The move addresses significant…
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