datamonkeys science · interactive experiments
QUANTUM
7 experimentsEntanglement, Bell tests and teleportation, the effect Einstein called "spooky action at a distance".
Spooky action at a distance
Einstein called quantum entanglement "spooky action at a distance". We rebuilt the Bell test from scratch: twin coins, real-time 3D, the 2.83 that no hidden note can reach, and quantum teleportation.
[01.01]
Open
Twin Coins 3D
The whole story in 21 short 3D scenes: twin coins that spin until someone looks, Einstein's hidden notes, the Bell scoreboard and quantum teleportation, up to the Micius satellite.
3D
Story
Start here
[01.02]
Open
Bell 3D
Real-time 3D lab: entangled pairs fly to Alice and Bob, filters turn, lamps flash and both notebooks fill live. Flip Bob, compare notebooks or switch to hidden notes.
3D
Real time
CHSH
[01.03]
Open
Bell Lab
The full CHSH simulator: adjustable analyzer angles, quantum mechanics versus local hidden variables, the |S| gauge with error bars and the no-signalling panel.
Simulator
CHSH
Physics
[01.04]
Open
Arduino Polarizer Bench
A 3D Arduino bench you can build at home: a servo turns a polarizer, an LDR reads the light and a live Serial Plotter draws the cos² curve behind Bell's 2.83. Sketch included.
Arduino
3D
DIY
[01.05]
Open
Twin Coins
Entanglement for a 10-year-old, in six interactive comic panels: flip the twin coins, race the hidden notes against the wall and compare the notebooks.
For kids
Comic
[01.06]
Open
Twin Coins: Part 2
What is it good for? A password nobody can steal, the spy caught by the Bell test, teleportation, the Micius satellite and why the effect looks instant.
For kids
Cryptography
[01.07]
Open
Bell Scoreboard
Results from our bell_lab simulator (three processes, real detector physics) as a scoreboard: S = 2.78 at 131σ, hidden notes stuck at 2.00, and a word that cannot travel.
Results
Python
Build starten
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