We Found the Code: Why Scientists Now Think the Universe is a Simulation

The podcast dives into scientific evidence suggesting reality might be a simulation, drawing from quantum experiments, cosmic constants, and declassified documents. Hosts explore how subatomic behavior, universal fine-tuning, and reported glitches challenge the solidity of our perceived world, framing it through video game analogies like frustum culling and rendering engines.

Subatomic Particles Behave Like Unrendered Code

At the quantum level, the double-slit experiment reveals particles such as electrons acting as both particles and waves. Fired one at a time through two slits toward a detection screen, they produce an interference pattern characteristic of waves, as if each electron passes through both slits simultaneously in a superposition of paths. This wave behavior collapses into particle-like paths—forming two bands—only when a detector measures which slit it uses, demonstrating the observer effect.

A variation, the delayed-choice quantum eraser, escalates this: photons are split into entangled signal and idler pairs via a barium borate crystal. The signal photon hits the screen first, but its pattern (wave or particle) depends on later measurements of the idler photon through beam splitters. If path information is erased, the signal shows wave interference retroactively, implying measurements in the present alter past behavior, or retrocausality.