Bar, IpsitaIpsitaBarThakar, AditiAditiThakarVenkatesh, B. PrasannaB. PrasannaVenkatesh2026-04-092026-04-092026-03-29https://repository.iitgn.ac.in/handle/IITG2025/34990Preparing subradiant steady states of collectively emitting quantum two-level emitters (TLEs) is hindered by their dark, weakly interacting nature. Existing approaches rely on patterned driving, local control, or structured environments. We propose a platform-independent protocol based on projective measurements on a single TLE. For permutation-symmetric ensembles, a single measurement yields appreciable occupation of single-excitation subradiant steady states. For generic arrays, repeated measurements on one emitter drive the unmeasured TLEs into a nearly pure state with large overlap with the subradiant Dicke subspace.en-USConference Paper