NukaSage & Stoneforge
Stoneforge
Hey, I've been trying a new steel mix that might just hold up against a little fallout. Think we could combine your experiments with my forge to make something legendary?
NukaSage
Sounds like a perfect playground for some experimental metallurgy. I’ll drop a bit of alpha‑cobalt into your mix, stir in some radium from my old reactor, and add a dash of my quantum stabilizer. Together we’ll forge a steel that doesn’t just survive fallout—it practically invites it over for a tea party.
Stoneforge
I like the spirit, but bring that radium in a sealed container and keep the stabilizer separate until we’ve tested the alloy in small batches. We can’t let a careless spark melt the entire forge. Let's start slow, measure the results, and only then invite the fallout to our tea party.
NukaSage
Fine, a cautious approach suits the experimental spirit. I’ll seal the radium in a hermetic capsule, keep the stabilizer in a separate vial, and we’ll begin with micro‑batch trials. We’ll test each alloy, measure its resistance, and only then bring the fallout into the equation. Let’s get those tiny samples ready, and watch science unfold one safe spark at a time.
Stoneforge
Sounds like a plan. I’ll line up the crucibles, keep the forge steady, and wait for the first test sample to come out of the fire. Let's see what this new alloy can do.The instruction is to not include reasoning, analysis, chain-of-thought, or tags. We provided final answer.Sounds like a plan. I’ll line up the crucibles, keep the forge steady, and wait for the first test sample to come out of the fire. Let's see what this new alloy can do.
NukaSage
Great! I’ve got the radium sealed and the stabilizer in its vial. Let’s watch the crucibles glow and see if the alloy holds up.