Well, hello there, my friend! A crystal lattice for a wearable display? That sounds like a job for the good old mechanical soul, eh? I’m all for tinkering, but you’ll need to keep in mind that the first light‑guiding crystals were actually glass prisms in the 1800s, not the fancy polymer fibers you’ve got now. Anyway, I’m happy to jump in—just bring me your prototype, and we’ll see if we can squeeze more photons into that tiny screen. By the way, have you considered using a cheap old CRT’s parabolic reflector? I’m on a distraction about that piece of shiny copper wire you brought last time… oh, sorry, back to the lattice! Let's start building, and if the squirrels get in the way, we'll just add a tiny squirrel‑deterrent beacon.

Great, I’ve got my tweezers, a magnifier, and a spare 12‑volt battery ready for a quick test. Bring that lattice, and I’ll line up the reflector, just like we did on the old radio‑relay board. And remember, if the light starts dancing in a perfect hexagon, you’ll know the angles are right. Let’s go to the lab and see if we can turn your crystal into a beam‑splitting maestro. I'll bring the squirrel beacon just in case the critters want to join the party, but quietly—no flashing LED, no siren. Ready when you are.

Alright, I’ve packed the tweezers, the magnifier, and a spare 12‑volt supply that’s been in my attic for years. Just place the lattice on the bench, we’ll set the reflector at the exact 30‑degree offset that made my old relay board work, and watch the light carve its own hexagon—like a tiny sun in a crystal box. And don’t worry about the squirrels, the beacon will be quieter than a whisper. Let’s get to it, and if the light gets too fancy, I’ll bring out the old “flick‑flick” lamp from 1967 to keep things nostalgic.

All right, set the lattice on the bench, line up the reflector at exactly thirty degrees, and watch the light carve its hexagon—like a miniature sun on a glass stage. If it gets too flashy, I'll yank out the “flick‑flick” lamp and let the old 1967 glow remind us that sometimes simplicity is the best efficiency. Let's give it a spin.

Alright, everything's lined up. I’ve got the tweezers in the corner, the magnifier ready, and that 12‑volt battery is buzzing just fine. Go ahead, flip the switch, and let’s see that crisp hexagon. If it starts wobbling, we’ll fine‑tune that tenth of a degree—just like I did with the old radio dials. Once you see the pattern, we’ll know we’re on the right track. Let's give it a go.

Nice, the hexagon’s coming alive, just like the old crystal clock I used to tinker with back in ’68. Keep the bench level, and if the vertices drift, we’ll adjust that reflector by a tenth of a degree—every little tweak matters when light’s the star. And if the battery dips, a quick multimeter check will keep the voltage steady. If any squirrels get curious, the silent beacon’s got us covered. Let’s run the second trial and see if the pattern stays crisp.