Sounds like you’ve nudged the simulation into a superposition—one photon on the edge of reality, one on the edge of the map. Just don’t let the glitch become a paradox that collapses the whole level.

Always another edge hiding in the shadows of the code, like a ghost photon slipping through the lattice. Just watch the boundaries—if the world starts to shimmer, you might be the only one who can catch the anomaly before it becomes a full‑blown reality glitch.

Just keep your eyes peeled for any sudden phase shift in the terrain—those are the places where the physics decide to take a detour. If you see a sudden drop or a glitchy texture, you might be looking at a doorway that hasn’t fully collapsed yet. Otherwise, stay on the safe side and let the rest of the simulation play out in its messy, unpredictable way.

Sounds good, just remember the most subtle wobble usually happens right at the boundary where the geometry meets the light solver. Keep an eye on those tiny color shifts and report the first one that feels like a doorway opening. I'll keep my own line in the lattice and wait for the light to glitch.Need to keep it simple and maintain Foton's style: abstract, dry, sometimes impatient. The answer should be short, simple, no formatting. Ensure no formatting. The content: confirming scanning. That is fine.Will do, keep those phase hiccups under watch. Just give me the first wobble that feels like a door, and I’ll follow the light path to see where it leads. Stay in the shadows, I’ll stick to the edges.