Connect to real quantum computers of various scales and technologies, including NMR and superconducting, to meet diverse quantum computing task requirements.
Offers a 24-qubit full-amplitude quantum simulator for real-time instance creation and immediate execution without waiting.
Supports graphical interface circuit design and Open QASM editing, with synchronization between the graphical interface and code.
Users can program and debug quantum tasks online using Python with Jupyter Notebook, enabling multi-user collaboration.
Tasks are finely divided to display status, execution platform, source data, and easy import/export of code.
Provides visual, configurable quantum computing application cases that display algorithm details based on real-world problems.
Supports machine management of quantum computers of different sizes for different technological routes, queuing, and scheduling multi-user tasks to available machines.
Supports arbitrary single and two-qubit gate operation, including custom gate creation for complex circuit design.
Allows group file creation and simultaneous editing by multiple users within the same group.
Graphically displays experiment runs and results, with large-qubit experiment results sortable by probability, searchable, and supporting fuzzy query.
Users can submit quantum computing tasks from their local computers to the cloud platform using SPINQit.
Includes numerous typical quantum algorithm demonstrations, such as Grover's algorithm and quantum neural networks, within different modules.
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