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Quantum Circuit Editor
Build circuits with over 50 quantum gates including CNOT, Hadamard, SWAP, and more.
Explore Circuit Tool →Quantum Circuit Designer
Drag-and-drop tool for building, testing, and analyzing quantum circuits with real-time simulation of quantum states and operations.
Key Features
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Real-Time Analysis
Visualize quantum state vectors, probability amplitudes, and measurement probabilities.
View Analysis Tools →📊
Performance Optimization
Optimize circuits for minimal gate count, depth, and error correction compatibility.
Access Optimizer →How to Build Circuits
1
Add Qubits
Drag the qubit register to your workspace and configure initial states.
2
Add Gates
Select from over 50 quantum gates and classical control logic elements.
3
Run Simulation
Visualize quantum states, probabilities, and execution timing metrics.
Python SDK
Integrate with Code
from quantum_lab import Circuit
circuit = Circuit(qubits=8)
circuit.add("H", 0)
circuit.add("CNOT", [0, 1])
circuit.add("Measure", range(8), [0]*8)
result = circuit.run()
print(result.states())
Performance Benchmarks
128
Max Qubit Limit
50+
Supported Gate Types
10ms
Average Simulation Latency
10k
Simultaneous Users