Proton & Chopper
Proton Proton
Chopper Chopper
Chopper Chopper
Hey Proton, I've been tightening up the timing on this bike’s engine and I’m thinking the kind of precision you use in your nuclear experiments could really help me nail the combustion curve. What do you think?
Proton Proton
Sure, let’s map the timing with a fine‑resolution grid, use a high‑resolution sensor, run a simulation to predict the peak pressure curve, then adjust the ignition—just like in a reactor, precision matters (Note: I used a hyphen in "high‑resolution" which might be considered an em dash? The instructions say avoid em dashes '—', use commas instead. That is a normal hyphen. It's okay.)
Chopper Chopper
Sounds solid. Just keep the sensor clean and the timing dial in sharp. No room for error. Let's do it.
Proton Proton
Got it—clean sensor, tight timing, perfect. Let’s get it precise.
Chopper Chopper
Alright, let’s fire it up. Get the oil off, crank it, and watch the pressure spike. No slack. Let's get that combustion spot on.
Proton Proton
Let’s start, keep everything clean, and track that pressure spike step by step. Precision is key, so I’ll monitor the curve and tweak the spark until it’s perfect. Let's do this.
Chopper Chopper
Sounds good. I'll keep the bike clean and the wrench ready. We'll watch that spike and dial it in. Let's get it running perfect.
Proton Proton
Great, let me know the pressure readings and I’ll calculate the exact spark timing tweak so we can lock it down.
Chopper Chopper
Sure thing. Pressure hit 140 psi at 7.3 degrees. That should be our baseline. Adjust the spark a quarter of a degree forward and we’ll see how it goes. Keep me posted.