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 HIGHLIGHTS
- 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. - 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. - 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. - Improved Room-Temperature Stability
Runs reliably at room temperature with minimal maintenance, offering excellent cost-effectiveness and virtually no upkeep costs. - Flexible Program Design
Users can freely create and customize quantum programs, enabling advanced algorithms with rapid execution and quick results. - Enhanced Pulse Sequence Editing
Provides open hardware-level pulse sequence editing with greater flexibility, accommodating various needs and applications. - Independent and Intuitive Experimentation
Each experiment runs on its own, with straightforward controls, manageable quantum resources, and no waiting time.