 Richardson's theory states that turbulent fluctuations of local concentrations of advected matter follow a cubic in time growth. This growth rate is dependent on the relative velocity and position vectors of dispersing particles which form a universal alignment. This alignment is independent of the size of the initial separation between the particles and remains constant throughout the entire inertial range of turbulence. The result is a universal geometric paradigm that explains the behavior of turbulent pair dispersion across scales. This article was authored by Ron Schnapp, Stefano Brisallara, Marius M. Nintu Halleck, and others.