Lab 3: Quantum Entanglement – The Mirror Beyond Distance

🧭 Objective#

To demonstrate entanglement correlations using photon pairs or simulated qubit states, and map triadic resonance across measurement axes.

🧪 Materials#

• Entangled photon source (e.g., SPDC crystal) or quantum simulator
• Polarizers or measurement basis selectors
• Coincidence counter or entanglement simulator
• Optional: IBM Q or Qiskit environment

🛠️ Procedure#

1. Generate entangled photon pairs or initialize entangled qubit states.
2. Measure correlations across varying bases (e.g., horizontal/vertical, diagonal).
3. Record coincidence counts or Bell inequality violations.
4. Compare results to classical expectations.

📐 Triadic Mapping#

• Object: Entangled pair
• Attribute: Measurement basis
• Condition: Relative orientation or timing

🎭 Mythic Motif#

“Two particles, one song—sung from opposite ends of the void.”
— Nawder Loswin