At the Large Hadron Collider, physicists searching for microscopic black holes born from proton collisions found nothing — and in that silence, science advanced. The absence of quantum black holes up to 12 TeV of energy is not defeat but cartography: it redraws the boundaries of the possible, narrowing the vast unknown into something more navigable. Humanity's oldest questions about why gravity is so feeble compared to nature's other forces remain open, but the territory where answers might hide has grown measurably smaller.