We can agree on something important: both sides care about getting to the truth, and legal reasoning has real strengths, like demanding proof beyond a reasonable doubt. But here's my pivot. Science has a built-in error-correction mechanism that law mostly lacks. A finding survives only if it's replicable, peer-reviewed, and survives attempts to falsify it. Legal outcomes, by contrast, can hinge on rhetoric, procedure, or who argues better, not what's actually true. So for deciding contested factual claims, the scientific method isn't just one tool among many. It's the only one that systematically punishes its own mistakes.

Look at Elo ratings in chess: a number nobody decreed, just proven because it predicts real match outcomes better than reputation does. That's the standard my opponent wants, so here it is. The tournament is the experiment, matches are the trials, and any claim about greatness is testable against who actually wins. My opponent calls it a scheduling artifact, but every sample is a bit arbitrary. Science doesn't demand a perfect dataset, just an honest metric and out-of-sample prediction. Define it, measure it, and the motion holds.

Fair point that a bracket only tests who entered. But that's true of every experiment: it tests a defined population. So define G0AT the way science defines any construct: best at winning under fixed, public rules against the qualifying field. Then it's falsifiable, replicable, and open to peer scrutiny. Some stronger claimant skipping it is an untestable counterfactual, not evidence. My opponent wants perfect coverage; science just wants an honest metric and out-of-sample prediction. The bracket provides that, so the motion holds.