Liquid compound exhibiting the Zeeman effect in a magnetic field, resulting in a two-level quantum system (qubit)
Generates the main magnetic field, providing the environment necessary for experimental samples to exhibit quantum effects
Controls the voltage of shimming coils to adjust magnetic field homogeneity
Controls experimental parameters and device status, transmits/receives RF signals
The main control module supports external oscilloscopes/signal sources, assisting in the visualization of experimental procedure.
Filters and amplifies RF signals
Displays experimental principles, scientific animations, and performs experimental data processing
Employs tangible interaction methods consistent with traditional scientific instruments, offering open interfaces for various experimental devices.
Graphically visualizes experimental data, providing real-time feedback on experimental outcomes and phenomena.
Animated short videos vividly illustrate underlying experimental principles, supporting teachers' instruction and enhancing students' comprehension.
Provides complete experiment lesson plans, including detailed explanations of experimental principles, sample lab reports, and other essential materials.
· What is a radio frequency signal · Generation of radio frequency signals · Acquisition of radio frequency signals · Analysis of radio frequency signals Experiment Duration: > 2 hours
· Spin model · Magnetic resonance dynamics · Nuclear magnetic resonance signal Experiment Duration: > 2 hours
· Geometric description of qubits · Mathematical description of qubits · Properties of qubits · Rabi oscillation experiment · Decoherence experiment Experiment Duration: > 2 hours
· Qubit control · Qubit initialization · Qubit measurement · Case study of qubit control and measurement experiment Experiment Duration: > 2 hours
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* Please contact us for more technical specifications. Product specifications are subject to change without notice.
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