High-Dimensional Analysis of Quantum Entanglement in Multi-Particle Systems: An Empirical Study on Photonic Bell States
Keywords:
Quantum Entanglement, Multi-Particle Systems, Photonic Bell States, Quantum Communication, Environmental Noise, Quantum State Tomography, Fidelity Metrics, Experimental PhysicsAbstract
This study investigates the intricate dynamics of quantum entanglement within multi-particle systems, specifically focusing on photonic Bell states. Utilizing advanced quantum state tomography combined with high-dimensional measurements, we quantitatively assess the entanglement properties of generated states under varying experimental conditions. Our empirical approach leverages a state-of-the-art quantum optical setup with a custom-built fiber-optic interferometer, enabling precise control over the entangled photonic pairs. The findings reveal significant insights into the stability of entangled states with respect to environmental noise, exhibiting an entanglement fidelity exceeding 99%. Notably, the implications of these results are profound for quantum communication protocols and quantum computing architectures.
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