The objective of this project is to develop a VR-based quantum computing laboratory where users can visualize qubits, quantum gates, and entanglement phenomena interactively. The system enhances understanding of complex quantum principles through immersive 3D simulation and experimental visualization.
Research quantum computing fundamentals including qubits and superposition.
Design 3D visual representations of quantum states.
Implement quantum gate simulation logic (Hadamard, CNOT, etc.).
Develop interactive circuit-building interface in VR.
Integrate probability visualization for measurement outcomes.
Add entanglement animation modules.
Optimize rendering for complex state transitions.
Conduct educational testing with computer science students.
Evaluate learning improvement metrics.
Prepare documentation including simulation algorithms and VR architecture.
