QCE Debug

Quantum Debugger

Debug and analyze quantum algorithms with interactive tools for step-by-step execution and state visualization.

Debugging Features

Step-by-step Execution

Pause, inspect, and step through quantum operations with detailed state visualizations for each qubit.

Error Detection

Automatically identify entanglement inconsistencies and operation sequence issues in quantum circuits.

Real-time Visualization

Watch qubit states and probabilities change during execution with 3D Bloch sphere and circuit diagrams.

Code Snippet Integration

Paste or upload quantum programs written in Q# and debug them with syntax-aware tools.

Quantum Debugger Interface

Q#
Line 1 | Column 1
{code}
                            using (qubits = Qubit[2]) {
                                X(qubits[0]);
                                Yield(qubits[0]);
                            }
                    
Current State:
|00⟩
Probability: 100% | Fidelity: 99.3%

How It Works

1. Load Code

Paste or upload your quantum code from local files or from our example libraries.

2. Set Breakpoints

Pause execution at key operations to inspect qubit states and circuit behavior.

3. Debug Step-by-step

Interact with quantum states and verify operation sequences with visual feedback.

Ready to debug your quantum applications?

Our debugger simplifies quantum program verification and error analysis at every step of the development process.

Start Debugging Now