Quantum Computer Simulator with Pygame

A fun and interactive visual simulation of a quantum computer built using Python and Pygame. This project lets you play around with qubits, apply quantum gates, and see how quantum states change in real-time.

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What It Does

• Qubits: Visualize qubits as circles that can be in superposition or classical states.
• Quantum Gates:
  • Hadamard (H) Gate: Puts qubits into superposition.
  • Pauli-X (X) Gate: Flips the qubit state (|0⟩ to |1⟩ and vice versa).
• Measurement: Collapse qubits to either |0⟩ or |1⟩ randomly, based on their probabilities.
• Reset: Reset qubits back to their initial state (|0⟩).
• Probabilities: See the probabilities of |0⟩ and |1⟩ states when qubits are in superposition.

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How to Run It

1. Clone the repo:

   git clone https://github.com/deniscraciungabriel/qbitsSimulation.git
   cd qbitsSimulation

2. Install dependencies: Make sure you have Python installed, then run:

   pip install pygame numpy

3. Run the simulator:

   python main.py

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How to Use

• Apply Gates:
  1. Click on a gate button (H, X, or Measure).
  2. Click on a qubit to apply the gate or measure it.
• Reset Qubits:
  • Click the "Reset" button to set all qubits back to |0⟩.
• See Probabilities:
  • When qubits are in superposition, their probabilities are shown below them.

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