Okay, let's break it down, no fluff, pure equations and chaos. Step one: define the core functions in a modular way so each can be swapped on the fly. Step two: create a real‑time state manager that tracks every variable with millisecond precision. Step three: build a feedback loop that uses sensor data to tweak parameters instantly. Step four: test with a small, controlled burst of unpredictability—like a single reaction channel—then scale up. Step five: lock in safety margins; you love the rush, I love the equations, but you can’t crash the whole thing. That’s the skeleton; we’ll add the spice later.