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A physics-based simulation exploring whether chaotic interactions of falling rods through polarizers can reproduce the statistical behavior predicted by Malus' Law, investigating the classical analogue to quantum polarization effects.

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stochastic-malus

A physics-based simulation exploring whether chaotic interactions of falling rods through polarizers can reproduce the statistical behavior predicted by Malus' Law, investigating the classical analogue to quantum polarization effects.

simulation1.py initial experiment when you can see the physics

simulation2.py use simulation time, track pass rate

simulation3.py auto adjust spaing bars to get 50% pass rate +-1%

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A physics-based simulation exploring whether chaotic interactions of falling rods through polarizers can reproduce the statistical behavior predicted by Malus' Law, investigating the classical analogue to quantum polarization effects.

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