Superconducting Qubit that Lasts for over 1 Millisecond Is Primed for Industrial Scaling
Princeton researchers created a superconducting qubit lasting over 1 millisecond, three times longer than lab records and nearly 15 times the industry standard, enabling scalable quantum chips.
5 Articles
5 Articles
Tantalum-on-Silicon Qubits Achieve Millisecond Coherence Times in Quantum Computing
Researchers have achieved a significant milestone in qu […] The post Tantalum-on-Silicon Qubits Achieve Millisecond Coherence Times in Quantum Computing first appeared on GeneOnline News. The post Tantalum-on-Silicon Qubits Achieve Millisecond Coherence Times in Quantum Computing appeared first on GeneOnline News.
Princeton Unveils Scalable Quantum Chip for Next-Generation Computing
In a groundbreaking achievement that could profoundly influence the future of quantum computing, a research team at Princeton University has developed a superconducting qubit that boasts an impressive operational lifespan exceeding one millisecond. This finding is notable for its implications in making quantum computers more practical for real-world applications. The newly engineered qubit has been shown to last three times longer than any previ…
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