Sure thing. The trick comes down to geometry and total internal reflection. Each mirror reflects light at the same angle it hits, so the beam just keeps turning until it finds a path out. In a labyrinth of mirrors, the layout creates many possible paths, and the brain has to pick out which reflections actually correspond to a physical route. It ends up confusing the brain because the visual cues look like a continuous line, but the actual light rays are bouncing off a stack of flat surfaces. It’s a perfect example of how optics can turn a simple physics principle into a visual puzzle.

I usually stick to controlled setups, but a mirror maze would be a neat way to study perception. The key would be precise alignment and documenting every path the light takes, so the illusion can be mapped and analyzed. It could be a useful tool for teaching optics, even if it does keep people guessing for a while.

That sounds like a fun project. I’d start by laying out a grid of mirrors, marking every entry and exit point, then using a laser to trace the actual paths. The data could be plotted and even animated for the show. It would give the audience a clear picture of how the illusion works, while still keeping the mystery of the maze alive. I’ll make sure the mirrors are clean and the angles precise.