Time-resolved observations refer to a research area in which data is collected and analyzed with a high level of temporal resolution. This means that measurements are taken at frequent and precise intervals over a short period of time, allowing researchers to track changes and events as they happen in real-time. Time-resolved observations are often used in fields such as physics, chemistry, biology, and environmental science to study dynamic processes, reactions, and behaviors that occur over short timescales. By capturing data at a rapid pace, researchers can gain insights into the underlying mechanisms and kinetics of these processes, leading to a deeper understanding of the system being studied. Techniques used for time-resolved observations may include high-speed cameras, spectroscopy, pulse lasers, and other advanced instrumentation that can provide detailed information on fast-moving phenomena. Overall, time-resolved observations play a crucial role in expanding our knowledge of complex systems and processes that unfold over brief durations.