What if time isn't flowing like a river, but ticking forward in discrete steps like frames in a cosmic movie? In this fascinating second episode of Digital Universe Theory, we dive deep into how our universe might operate like a sophisticated finite element simulation - and why this perspective could elegantly explain some of physics' most perplexing mysteries. From the curvature of space around massive objects to the constant speed of light, from quantum discreteness to the ever-increasing e...
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What if time isn't flowing like a river, but ticking forward in discrete steps like frames in a cosmic movie? In this fascinating second episode of Digital Universe Theory, we dive deep into how our universe might operate like a sophisticated finite element simulation - and why this perspective could elegantly explain some of physics' most perplexing mysteries. From the curvature of space around massive objects to the constant speed of light, from quantum discreteness to the ever-increasing e...
What if our universe, at its most fundamental level, operates like an incredibly sophisticated computer simulation? Not in the way science fiction portrays virtual reality, but as a precise mathematical framework that could explain some of physics' most puzzling mysteries. In this premiere episode of Digital Universe Theory, we introduce a fascinating perspective on reality: that our universe behaves exactly as we would expect from a finite element simulation - a computational technique used ...
Digital Universe Theory
What if time isn't flowing like a river, but ticking forward in discrete steps like frames in a cosmic movie? In this fascinating second episode of Digital Universe Theory, we dive deep into how our universe might operate like a sophisticated finite element simulation - and why this perspective could elegantly explain some of physics' most perplexing mysteries. From the curvature of space around massive objects to the constant speed of light, from quantum discreteness to the ever-increasing e...
