The 2022 Nobel Prize in Physics just quietly broke reality.
Three scientists, Alain Aspect, John Clauser, and Anton Zeilinger won the Nobel Prize for proving something most people still haven't heard about. The universe is not "locally real." What does that mean? It means objects don't have definite properties until they are observed. Reality isn't just sitting there, fully formed, waiting for you to look at it. Something about the act of measurement is what makes it concrete. Think about that for a second. This wasn't a fringe theory. This was validated in controlled experiments with entangled photons, confirmed by peer review, and awarded the highest prize in science. So here's the question nobody in mainstream culture is asking. If reality only becomes defined when it's observed... what is doing the observing? And why does observation matter at all in a universe that's supposed to be purely physical? One framework that actually makes sense of this we're living inside a simulation. Not in a science fiction way but in a computational way. Just like a video game only renders what's on screen to save processing power, the universe may only "render" what's being observed. The rest stays in an undefined, probabilistic state until something interacts with it. That's not a metaphor. That's quantum mechanics. The Nobel Prize didn't just honor three physicists. It quietly confirmed that the nature of reality is stranger than anything we were taught and that the simulation hypothesis just got a lot harder to dismiss. This is what we talk about at The Reality Code