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Quantum Motion has successfully miniaturized qubit sensors by integrating IC-native superinductors directly onto standard silicon chips, eliminating bulky external components. This breakthrough reduces the sensor footprint by 10,000 times while improving readout speed and addressing critical scalability hurdles for future million-qubit systems. The advancement represents a significant step toward compact, high-performance quantum hardware architectures.
Quantum Motion shrinks qubit sensor footprint by 10,000 times
Quantum Motion shrank a key qubit sensor’s size by 10,000x using an IC-native superinductor.
Quantum Motion has achieved a 10,000-times reduction in qubit sensor footprint by demonstrating an IC-native superinductor built directly into a standard silicon chip, the company says. The team integrated titanium nitride (TiN), a material already present in Global Foundries’ 22nm FDSOI process, to create a superconducting inductor that eliminates the need for bulky, visible spiral…
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