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.
Supports quantum algorithm development in Python, with the option to use the SpinQit toolkit for combining classical and quantum logic in hybrid programming.
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.
Enables remote access to quantum hardware via network API, with master-slave software allowing multiple users to connect simultaneously—ideal for collaborative use.
Runs reliably at room temperature with minimal maintenance, offering excellent cost-effectiveness and virtually no upkeep costs.
Users can freely create and customize quantum programs, enabling advanced algorithms with rapid execution and quick results.
Provides open hardware-level pulse sequence editing with greater flexibility, accommodating various needs and applications.
Each experiment runs on its own, with straightforward controls, manageable quantum resources, and no waiting time.
· Basics of Quantum States and Qubits · Single-/Double-Qubit Gate Operations · Rabi Oscillation and Pulse Calibration · Relaxation Time Measurement Experiments · Bell State Preparation and Verification · Deutsch/Grover Algorithms Course Duration: > 16 hours
· Quantum Approximate Counting Algorithm · Bernstein-Vazirani Algorithm · Dynamical Simulation of Quantum Systems · Open Quantum Systems and Multi-Qubit Research · Custom Pulse Sequence Design Course Duration: > 12 hours
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