We are thrilled to announce the release of Version 3.0 of "Quantum Entanglement Simulation"! This version builds on our previous releases with exciting new preset experiments and additional enhancements to further your exploration of quantum mechanics.
What's New in Version 3.0
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New Preset Experiments:
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Entangled Electrons with Stern-Gerlach Magnets:
- Setup: The detectors are three Stern-Gerlach magnets, one oriented along the z-axis and two in the zx plane with ±120° rotation.
- Particles: Two entangled electrons in the singlet state.
- State:
| Psi > = 1 / sqrt(2) * ( | up down > - | down up > )
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Entangled Photons with Polarizers:
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Setup: The apparatus consists of two polarizers directing two photons to three photodetectors, one oriented along the z-axis and two in the zx plane with 22.5° and 45° rotation.
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Particles: Two entangled photons in the second triplet state.
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State:
| Psi > = 1 / sqrt(2) * ( | up up > + | down down > ) -
Note: In the real world, light polarization is typically measured in degrees, with θ ranging from 0° to 360°. In the Hilbert space, angles are represented by state vectors on the Bloch sphere, with θ ranging from 0 to π. The conversion from real-world polarization angle θ_real to Hilbert space angle θ_Hilbert is given by:
θ_Hilbert = 2 * θ_real
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Improved User Interface: Enhanced visuals and user interactions to make the simulation more intuitive and engaging.
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Performance Optimizations: Faster simulations and reduced computational overhead to provide a smoother user experience.
Upgrade to Version 3.0 today to take advantage of these new features and improvements in your quantum simulations!