Science
Planck Length Reveals Universe Has Resolution Limit Like Computational System
Impact Theory
Physics Just Gave Four Separate Proofs The Universe Is A Simulation — The Last One Is The Most Disturbing | Tom Deepdive
"In reality, you eventually hit bedrock. It's a length known as the Planck length. It's about 10 to the negative 35th of a meter. Below that scale, our equations stop working. Space stops behaving like a smooth, continuous thing and starts behaving like something else entirely."
Unlike classical physics which predicted infinitely divisible space, the universe has a fundamental limit at the Planck length where physics equations break down. The presenter draws parallels to pixel resolution in digital systems, arguing that a truly continuous universe wouldn't need such limits, but a computational system with finite information processing necessarily would. This represents the third signature suggesting simulation architecture.
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