Qiskit/qiskit-tutorialsArchived

Features

• Quantum Computing - Provides comprehensive educational resources on the principles, design, and execution of quantum computational processes.
• Quantum Circuit Design - Provides an educational environment for learning quantum programming and circuit design.
• Algorithm Implementation Examples - Provides reference examples and tutorials for implementing standard quantum algorithms and custom circuit passes.
• Educational Code Notebooks - Distributes instructional content through interactive code notebooks designed for learning and experimentation.
• Pulse-Level Control - Implements precise quantum gates by scheduling raw microwave or laser pulses directly at the hardware level.
• Pulse-Level Control - Provides the capability to map logical gates to precise microwave or laser waveforms for hardware implementation.
• Hardware-Agnostic Execution - Provides a backend-agnostic interface to execute quantum code across different processing units without modification.
• Quantum Circuit Transpilation - Transforms high-level quantum programs into hardware-compatible formats through layout and routing optimization.
• Pass-Based Optimizations - Implements a sequence of modular transformation rules to optimize quantum circuits for hardware execution.
• Quantum Circuit Visualization - Generates graphical representations of quantum circuits to analyze connectivity and debug logical flow.
• Pulse Control Guides - Provides instructional guides for scheduling raw microwave or laser pulses to implement precise quantum gates.
• Pulse Scheduling - Provides scheduling of raw microwave or laser pulses to implement precise quantum gates.
• Qubit Mapping Systems - Implements systems for mapping virtual qubits to physical hardware based on connectivity and device constraints.

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