Chicago Landmarks as Quantum Processors: Fluorescence image of individual cesium atoms (yellow) and rubidium atoms (blue). Each atom is trapped by an optical tweezer in vacuum. By controlling the optical tweezer positions we can assemble a quantum processor (left, scale bar 20um) or famous Chicago landmarks (right, scale bar 10um). | Contributors: Shraddha Anand, Kevin Singh, Hannes Bernien