Explore an adult male reference body in 3D. Reveal 14 anatomical systems, search thousands of named structures, isolate organs, and pull 2,209 modeled pieces apart to see how the body is organized.
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Entangled Photons & Bell’s Test
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About this simulation
An ideal polarization singlet is compared with a defined local shared-angle model. Settings are randomly selected independently of the source. Measured S appears after 30 pairs per setting; ± denotes one approximate standard error. This samples theoretical predictions, not evidence from real hardware. Correlations cannot send a message faster than light.
What students can explore
- Compare the two source models at the default angles. Collect several thousand pairs and examine both local frequencies.
- Each detector is locally random. Joint correlations can give a CHSH value above the local bound of 2, with a quantum maximum of 2√2.
Learning objectives
- 1Compare the two source models at the default angles. Collect several thousand pairs and examine both local frequencies.
Questions teachers ask
How does this work?
An ideal polarization singlet is compared with a defined local shared-angle model. Settings are randomly selected independently of the source. Measured S appears after 30 pairs per setting; ± denotes one approximate standard error. This samples theoretical predictions, not evidence from real hardware. Correlations cannot send a message faster than light.
Embed this simulation
Drop it into your LMS, blog, or class site — free.
<iframe src="https://kiwibee.io/en/simulations/entangled-photons-bell-test-simulation/embed" title="Entangled Photons & Bell’s Test | KiwiBee" loading="lazy" allowfullscreen style="width:100%;height:min(70vh,620px);min-height:420px;border:0;border-radius:16px"></iframe>Continue exploring
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