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SPINQ Triangulum NMR Desktop Quantum Computer
SPINQ Triangulum NMR Desktop Quantum Computer
3-qubit Desktop NMR Quantum Computer
It Provides a complete solution for quantum computing education and demonstrations, supporting any 3-qubit quantum algorithm and allowing users to freely write quantum programs. It also features open hardware-level pulse sequence editing. And it is cost-effective, maintenance-free, and highly stable.
SPINQ Triangulum NMR Desktop Quantum Computer
3-qubit Desktop NMR Quantum Computer
It Provides a complete solution for quantum computing education and demonstrations, supporting any 3-qubit quantum algorithm and allowing users to freely write quantum programs. It also features open hardware-level pulse sequence editing. And it is cost-effective, maintenance-free, and highly stable.
Features
Real Quantum Algorithm Demonstration
With a 3-qubit quantum system, it supports single, double, and triple-qubit logic gates. Paired with SpinQuasar software, it can handle operations with over 40 single-qubit gates or at least 8 multi-qubit gates.
Classical-Quantum Hybrid Programming
Supports quantum algorithm development in Python, with the option to use the SpinQit toolkit for combining classical and quantum logic in hybrid programming.
Quantum Computing Fundamental Research
Open access to NMR-based pulse control, signal acquisition, and system parameters allows deeper insights into qubit evolution by designing quantum control logic from physical principles.
Remote Hardware Access
Enables remote access to quantum hardware via network API, with master-slave software allowing multiple users to connect simultaneously—ideal for collaborative use.
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As a one-stop experimental platform, it covers everything from quantum mechanics to computing. Equipped with advanced Radio Frequency technology and a highly open architecture, SPINQ Gemini Lab supports experiments from pulse-level to gate-level, and algorithm-level, making it ideal for both teaching and research in higher education.
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