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Gallium oxide electronics withstand extreme cold

Quality: 9/10 Relevance: 8/10

Summary

KAUST reports that beta-gallium oxide devices can operate at temperatures as low as 2 K, enabling cryogenic electronics with applications in quantum computing and space missions. By using silicon dopants and FinFET/inverter architectures, the team demonstrates reliable operation at ultracold temperatures and discusses implications for reduced thermal management in cryo-circuits.

🚀 Service construit par Johan Denoyer