Ever wonder how time crystals, glassy systems, and many-body quantum scarring

Let me explain in a calm way, because I am so happy- https://www.researchhub.com/paper/857... The "whoops" moment has been resolved! The faster than light travel of the particle through the "wall" is resolved from the "render" effect of the simulation - (when an electron "hits" a wall, its "action potential" travels through the wall-) However, the action potential actually appears to have traveled through the wall at a speed faster than light (you can verify this) The simulation does this by a process of rendering the frames due to the fact that the "particle" (electron) needs to be rendered to the other side of the wall. Since then render effect of the universe is occurring at a rate of instant universal transformation, the rendered particle "appears" on the other side of the wall instantly, and it does not need to "travel" at all, it is just rendered in the 3d vector space to the location in the 3d grid ...

"Negative time" is one of the most fascinating quantum discoveries, challenging our understanding of reality. This video explores how the recent experimental evidence for photons appearing to spend negative time as atomic excitations connects to my groundbreaking framework of a simulated universe. In my papers, available on ResearchGate and ResearchHub, I propose a frame-by-frame model of the universe where particles are rendered with metadata—or "metatags"—defining their states and interactions. This model provides a powerful explanation for quantum anomalies like negative time, interpreting them as artifacts of metadata corrections and frame duplications in a 3D simulated space. Discover how these ideas can unify quantum mechanics and classical physics, providing new insights into phenomena such as quantum tunneling, entanglement, and even black hole dynamics. 🔍 Key Papers Highlighted in the Video: Integration and Refinement of Digital Physics: Unifying Quant...

 Ever wonder how time crystals , glassy systems , and many-body quantum scarring might come together under one radical theory? In this video, we explore a bold new Frame-by-Frame (FbF) Universe approach, where spacetime updates in discrete steps—and quantum weirdness emerges naturally from subparticle “metadata” that unify classical and quantum realms. Discover how negative-time illusions , entangled photons , and black-hole singularity avoidance could all be by-products of a digital cosmic rendering . We’ll dive into: Glassy dynamics and how slow relaxation might be a discrete-lattice effect. Time crystals as stable, repeating phenomena in each new “rendered” frame. Many-body quantum scarring , where wavefunctions localize along classical orbits—yet appear from subpixel data. Consciousness as an emergent property in a universal simulation. If you’re intrigued by quantum entanglement, negative group velocities , or how classical physics can “die” in the face of quantum phen...