In 2019 a quantum computer solved a problem in 200 seconds that would take every classical computer on Earth ten thousand years. The machine has 53 parts. The only mathematical explanation for where the power came from is parallel universes. Not a theory. The working mechanism. David Deutsch proved this in 1985. The machine confirms it every time it runs. Hugh Everett proposed many-worlds in 1957 and was dismissed. He died unknown. His math became the engineering requirement. John Wheeler spent sixty years concluding that information is the primary substance of reality. Landauer proved thinking generates heat. Maldacena showed entanglement and wormholes are the same thing. The holographic principle suggests space itself is a projection. Fermi asked where everyone is. The answer the physics points to is worse than silence. Advanced civilizations do not disappear. They go inside. We just built the door.

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A deep exploration of quantum computing through the lens of theoretical physics, covering David Deutsch's foundational 1985 paper, Hugh Everett's many-worlds interpretation, and Google's 2019 quantum supremacy demonstration with Sycamore. The piece examines how quantum computers may require parallel universes to function, explains superposition, decoherence, and quantum interference as computational mechanisms, and discusses Shor's algorithm's threat to modern encryption. It also covers quantum entanglement (validated by Aspect's 1982 Bell test experiments), quantum teleportation, the holographic principle, topological qubits (Microsoft's 2024 Majorana fermion announcement), and the fundamental problem of verifying quantum computations classically. The narrative weaves together the stories of physicists like Everett, Wheeler, Hawking, and Feynman to argue that quantum computers may be operating on the informational substrate of reality itself.

Quantum Computers Just Revealed Something "HORRIBLE" About Reality