Recent research has presented experimental evidence for a supersolid phase in a driven-dissipative, non-equilibrium system, specifically focusing on exciton-polaritons in a photonic crystal waveguide. This groundbreaking project indicates potential advancements in quantum physics, highlighting the extraordinary capabilities of light-matter interactions. The concept of supersolids, which encompass properties of both solid and superfluid states, is gaining traction and could open doors to transformative applications in quantum computing and advanced material science. Some audience reactions reflect a blend of fascination and skepticism, suggesting that while the science is complex, the results are indeed promising and crucial for future innovations in technology.