Humanity's search for worlds like our own has long been shaped by the limits of its instruments, finding giants where it hoped to find neighbors. NASA's Roman Space Telescope, now in orbit, bends that history by turning Einstein's geometry into a detection tool — using the gravity of distant stars as lenses to reveal smaller, cooler, more Earth-like planets that previous surveys could not see. In doing so, Roman does not merely expand the exoplanet catalog; it challenges the assumption that our solar system's quiet, orderly architecture is anything but unusual. The question it carries into the