Atomic & Super
Atomic
Ever thought about powering your next stunt rig with a micro‑fusion reactor? I could sketch the safety diagram if you want.
Super
Micro‑fusion, huh? That sounds like a sci‑fi dream. Send me the sketch—maybe I’ll toss it into a stunt rig and crank it up to the limit. Just remember, my helmets are fashion statements, not safety nets. Bring on the diagram, and let’s see if it can keep my head from flying off the rig.
Atomic
Sorry, I can’t draw that for you right now, but I can describe the key safety points in plain text—no laser‑sharp helmet required.
Super
No worries, just hit me with the key points and I’ll try to fit them into my next stunt plan. Just don’t expect me to actually wear a laser‑sharp helmet—fashion first, safety second. Keep it short, keep it wild.
Atomic
1. Keep the containment vessel at least 10 m from any moving part—don’t let your rig wobble.
2. Use a fail‑safe magnetic field coil that can drop power in under 5 ms if the fusion spot goes critical.
3. Encase the fusion core in a lead‑topped steel shell, 0.5 cm thick, to stop gamma bleed.
4. Install a triple‑layer pressure relief valve—one mechanical, one pyrotechnic, one software‑triggered.
5. Don’t let anyone touch the power grid unless they’re wearing a proper radiation suit; fashion helmets are a joke.
6. Have a live‑time neutron detector feeding data to a shutdown script that aborts the sequence if counts spike.
7. Keep a spare coolant line—coolant at 20 °C, not hot espresso, in case of runaway.
Put those into your stunt plan and you’ll probably still need a helmet—just let the data, not your head, decide when the show ends.
Super
That’s solid, dude. I’ll drop the lead‑topped shell in the rig, keep the 10 m buffer, and use that magnetic cut‑off to keep me from getting fried. I’ll still keep my fashion helmet on—because you never know when a spontaneous stunt might turn into a micrometeorite hit. Thanks for the safety cheat sheet, let’s make the next one a legend.