Quantum Copilot

AI-Powered

Generate quantum circuits from natural language descriptions using AI

Quantum Copilot: LLM-Circuit Translator
Describe a quantum circuit in natural language, and our AI will generate the corresponding Qiskit code
Example prompts:
Create a Bell state between two qubits
Implement a 3-qubit GHZ state
Generate a quantum teleportation circuit
Create a 4-qubit quantum Fourier transform
Implement Grover's search algorithm for 3 qubits
How It Works
Understanding the LLM-Circuit translation process

1. Natural Language Input

Describe the quantum circuit you want to create in plain English. You can specify the algorithm, number of qubits, gates, and other parameters.

2. AI Translation

Our AI model analyzes your description and translates it into a valid Qiskit quantum circuit, handling the technical details and optimizations.

3. Circuit Generation

The generated circuit is presented as executable Qiskit code, which you can run, modify, or integrate into your quantum experiments.

Tips for Better Results

  • • Be specific about the algorithm or state you want to create
  • • Mention the number of qubits if relevant
  • • Specify any particular gate sequences or parameters
  • • For complex circuits, break down the description into logical steps
  • • Use quantum computing terminology when possible
Streamlit Interface
Try our dedicated Streamlit interface for the Quantum Copilot

Streamlit Features

  • • Interactive circuit visualization
  • • Syntax-highlighted code display
  • • One-click execution option
  • • Detailed circuit explanation
  • • Example prompt library