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Fluxonium Qubits and Processors Fluxonium qubits, coupling architectures, and scalable quantum processors. Materials and Fabrication Techniques Superconducting materials, thin-film processes, and wafer-scale fabrication. Decoherence Understanding and suppressing noise mechanisms that limit qubit coherence. Gate Engineering Design, calibration, and validation of high-fidelity quantum gates. Cryogenic Control Cryogenic control and electronics for millikelvin environments. Operating and Control Systems Scalable operating, control, and system architectures for quantum processors. Quantum Error Correction Quantum error correction, leakage detection, and fault-tolerant computing.

About Us Mi-Bo Sui-Li （幂波隧力）pioneers quantum intelligence. Founded by veterans from the Alibaba Quantum Laboratory and S Lab of the Greater Bay Area Quantum Science Center, our team brings a nine-year heritage of independent thinking and technological breakthroughs. Powered by world-class interdisciplinary talent, we aim to be the dual disruptor of computing —— transcending the classical with quantum, reshaping the status quo through innovation. Careers Join us in unlocking the full potential of quantum computing Contact Us Get in touch with our team

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Full-Stack Systems Superconducting quantum computing systems with pulse-level control

Superconducting Quantum Processors Fluxonium and Transmon dual-system, benchmark process, standard packaging

Quantum Control & Operating System Modular RF control, acquisition, synchronization and low-latency feedback

Superconducting Quantum-Processor Foundry and Co-Development Flexible engagement models and an advanced process library for both R&D and system integration. End-to-End Foundry Services for Superconducting Digital Circuits End-to-end services from design support to cryogenic characterization.

Fluxonium Qubits and Processors Fluxonium qubits, coupling architectures, and scalable quantum processors. Materials and Fabrication Techniques Superconducting materials, thin-film processes, and wafer-scale fabrication. Decoherence Understanding and suppressing noise mechanisms that limit qubit coherence. Gate Engineering Design, calibration, and validation of high-fidelity quantum gates. Cryogenic Control Cryogenic control and electronics for millikelvin environments. Operating and Control Systems Scalable operating, control, and system architectures for quantum processors. Quantum Error Correction Quantum error correction, leakage detection, and fault-tolerant computing.

About Us Mi-Bo Sui-Li （幂波隧力）pioneers quantum intelligence. Founded by veterans from the Alibaba Quantum Laboratory and S Lab of the Greater Bay Area Quantum Science Center, our team brings a nine-year heritage of independent thinking and technological breakthroughs. Powered by world-class interdisciplinary talent, we aim to be the dual disruptor of computing —— transcending the classical with quantum, reshaping the status quo through innovation. Careers Join us in unlocking the full potential of quantum computing Contact Us Get in touch with our team

Research / Paper detail

RESEARCH PAPER

Characterization of loss mechanisms in a fluxonium qubit

Sun, H., Wu, F., Ku, H.-S., Ma, X., Qin, J., Song, Z., et al. decoherence

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Decoherence

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Identify and quantify various dissipation mechanisms of Josephson junction in superconducting circuits

Characterization of loss mechanisms in a fluxonium qubit

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Related Papers

Identify and quantify various dissipation mechanisms of Josephson junction in superconducting circuits

Fluxonium Qubits and Processors Materials and Fabrication Techniques Decoherence Gate Engineering Cryogenic Control Operating and Control Systems Quantum Error Correction

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Superconducting Quantum Processors Quantum Control & Operating System

Superconducting Quantum-Processor Foundry and Co-Development End-to-End Foundry Services for Superconducting Digital Circuits

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