analiza aiqbench

This article details how Hanbury Brown and Twiss interferometry, a foundational quantum optics technique originally used for stellar measurements, has been adapted to characterize nanoscale X-ray scintillators. By leveraging photon correlations rather than conventional methods, researchers can now precisely measure emission times and optical yields in materials like quantum-dot superlattices that were previously difficult to analyze. This advancement represents a significant convergence of quantum optics tools with advanced materials science, enabling deeper insights into how these substances respond under extreme electromagnetic conditions.