"From a drop of water, a logician could infer the possibility of an Atlantic or a Niagara without having seen or heard of one or the other...." -- 'Sherlock Holmes: A Study in Scarlet', by Arthur Canon Doyle.
Relatively speaking, the largest, most comprehensive, particles and groupings of particles of, in, particle physics are the bits of dust, pebbles, meteors, moons, planets, stars and galaxies (including universes (u)), and the waves of clustering -- quantum discrete quanta -- including cells and pyramidical cellular clustering of energetic life, of the model macrocosm (the macrocosm that models the microcosm . . . and vice-versa, the microcosm at small that models the macrocosm at large).