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Real-Time Simulation
Instant feedback on quantum state evolution during circuit execution.
Quantum Circuit Simulator
Powerful, high-fidelity quantum circuit simulation tool with real-time visualization of quantum states and operations.
What You Can Do
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Error Modeling
Simulate decoherence, crosstalk, and other quantum noise effects.
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Performance Analysis
Gate-time profiling and quantum circuit optimization suggestions.
How to Use the Simulator
Quick Steps
- Open the quantum circuit editor
- Drag-and-drop quantum gates
- Configure noise models and error injection
- Run simulations with real-time waveform visualization
Technical Capabilities
Supported Qubits
Simulate up to 128 qubits with full fidelity tracking
Gates Supported
20+ standard and custom gate operations with parameter controls
Performance
10,000+ simulations per second on average workstations
Integration
Seamless API access and SDK compatibility for Python/C++/JavaScript
API Integration
Python SDK Example
from quantum_simulator import CircuitBuilder
sim = CircuitBuilder(qubits=64)
sim.add("H", 0)
sim.add("CNOT", [0,1])
sim.measure(range(64), [0]*64)
result = sim.run_sim()
print(result.state_vector)