In a significant breakthrough, three research groups have independently demonstrated the existence of dipolar quantum gases, which exhibit astonishing properties akin to a state of supersolidity. This phenomenon combines the characteristics of both solids and superfluids, making it a highly sought-after and elusive state to observe. By utilizing techniques such as magnetic levitation and optical trapping, these teams successfully engineered dipolar interactions within quantum gas systems, leading to the experimental realization of supersolid behavior. This discovery is expected to deepen our understanding of quantum physics and open up exciting possibilities for exploring novel quantum phases of matter.