Time-Resolved Fluorescence is a technique used to study the properties of fluorescent molecules by measuring the time it takes for them to emit light after being excited by a light source. This method allows researchers to gather information about the dynamics of molecular interactions, energy transfer, and the environment surrounding the fluorescent molecules. By analyzing the decay time of the emitted fluorescence, scientists can distinguish between different types of molecules and their interactions. This technique is widely used in fields such as biochemistry, biophysics, and medical diagnostics to provide insights into cellular processes and the behavior of complex biological systems.