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Abstract
▪ Abstract
Recent experimental and theoretical studies concerning single-molecule spectroscopy in solids are discussed. Pure quantum effects—such as photon bunching, antibunching, and spectral jumps—and more classical phenomena—such as near-field excitation, saturation, ac/dc Stark shifts, spectral diffusion, two-photon excitation, and customary spectroscopic analysis—are considered. The emphasis of this review is on physical results and their interpretation. This is preceded by a general introduction, where fundamentals of single-molecule spectroscopy are explained.