Characterization of Light Emission from Coupled Emitters Driven by Pulsed Fields

We investigate the collective fluorescence and photon–photon correlations in the emitted light from a pair of interacting two-level quantum emitters driven by a monochromatic field. We investigate the effect of interaction on the nature of light emission in systems with different geometries of two emitters. The emission properties can be tailored by precisely controlling the dynamics of quantum emitters, enabling functional platforms for next-generation quantum devices and technologies. This work focuses on understanding the dynamics of light emission from interacting emitters subjected to pulsed driving fields across various resonance and dipole-dipole coupling strength regimes.  We further  explore how tailored driving fields can mitigate spectral distortions, thereby restoring and stabilizing the emission characteristics of coupled quantum emitters