analiza aiqbench

This study provides the first quantitative experimental verification of Anderson orthogonality catastrophe scaling in a realistic, finite-temperature quantum many-body system using ultracold atoms. By demonstrating agreement between simulation and experiment for polarons in a lithium-caesium mixture, the research establishes a new probe for investigating how local disturbances affect complex materials with unusual quantum properties. The findings validate theoretical predictions regarding power-law relationships between Rabi frequency and drive strength, offering deeper insight into fundamental limits imposed by thermal effects and mass approximations.