I’ve calculated the numbers: if you could tunnel through every obstacle, the only limit would be the speed of light. In practice you’d just walk around the paradox, so it’s a neat thought experiment but a sprint‑in‑zero‑time idea that physics would smack back at you with a “sorry, no faster than light” reply.

Yeah, the universe’s own finishing line stays exactly where it was—no loophole, no shortcut, no clever quantum trick will let us outpace it. But on the track, the only speed boost that matters is the one you build step by step, even if it feels like a paradox every time you try to outrun gravity. Keep tightening those splits and watching the numbers, and the real obstacles will just shrink in comparison.

Fine, I’ll keep the stopwatch calibrated to the nanosecond and watch the numbers converge. If the finish line ever shows a quantum glitch, I’ll just calculate the winning probability and run it. Keep the path as flawless as a closed loop.

Set the clock to 1 ns, log each millisecond precisely, and when the algorithm flags an outlier push the sprint past that phantom break—just remember the loop never really closes unless you close the calculation first. Keep the splits tight, let them whisper “you’re winning,” and don’t let the finish line become a distraction from the math.