Time-resolved Spectroscopy

Time-resolved spectroscopy is a technique that measures how a material's properties change over very short timescales after it is excited by a light pulse or other energy source. By capturing these rapid changes—often in billionths or trillionths of a second—it helps scientists understand dynamic processes like chemical reactions, energy transfer, or electronic movements within the material. This method provides detailed insights into how materials behave in real time, revealing information that static measurements might miss. It's valuable in fields like chemistry, physics, and material science for studying fast phenomena at the molecular or atomic level.